Energy Efficiency
Movers

we recognize that energy efficiency is the cornerstone of responsible industrial growth. We pledge to integrate high-efficiency systems and sustainable practices across our entire value chain. By optimizing our manufacturing processes and leveraging advanced fluid control and thermal technologies, we aim to minimize our carbon footprint while maximizing operational output. For us, energy efficiency is not just a regulatory goal—it is a core pillar of our innovation and a testament to our respect for the environment.

The Food Technologies Digitalization LT (FTD LT) cluster driven by company Astra LT is a strategic alliance of engineering, automation, and stainless steel tanks/pressure vessels manufacturing based in Lithuania, Sweden, Finland, Denmark, Latvia and Switzerland (list of members https://ftd.lt/en/nariai/). By uniting industry experts with the scientists like Astra LT, Lithuanian Energy Institute and others, we provide energy efficient B2B solutions and technologies for the food, chemical, and pharmaceutical sectors. Our mission is to redefine industrial standards through energy efficiency and a transparently green supply chain. Our stainless-steel tanks and pressure vessels are supplied with Environmental Product Declaration.

1. Market-Leading Thermal Efficiency
Our cluster is at the forefront of thermal engineering. We specialize in “super-insulated” products that serve as the gold standard for energy conservation.
• Next-Gen Road Tankers: Our food-grade tankers are absolute leaders in thermal retention due to application of new 5-th generation polyurethane based composite insulation layer. Independent laboratory tests confirm that our insulation technology outperforms competitors, ensuring that liquid food products maintain precise temperatures over long distances without additional energy input.
• Energy-Efficient Pressure Vessels: a key market for us is Scandinavia and this is why our approach to insulation is really in next level. Every cold bridge is assessed, every element is designed to minimize heat loss, directly reducing the electricity and steam requirements for industrial processes.
2. Sustainability in Production
• 100% Green Energy: All FTD LT cluster companies power their manufacturing facilities exclusively with renewable electricity.
• Circular Material Sourcing: Our products are crafted using 80%+ recycled stainless steel sourced exclusively from European manufacturers.
• Strict Carbon Standards: We hold our suppliers to the highest environmental standards. We mandate a maximum carbon footprint of 2,8t CO2 per ton of steel produced, significantly lower than the global average.
3. Intelligence Through Digitalization
As our name suggests, digitalization is our core competitive edge. We implement Industry 4.0 principles to create smart factories for our clients.
• Smart Automation Systems: We design proprietary control systems that optimize the entire production cycle. These systems use real-time data to manage heating, cooling, and agitation, allowing food producers to achieve massive savings in both electrical and thermal energy.
• Predictive Efficiency: By integrating sensors our systems prevent energy waste and ensure peak performance throughout the equipment’s lifecycle.
4. Built for Generations
In a world of “disposable” equipment, we champion longevity. Our stainless steel tanks and systems are engineered for an operational lifespan of 20 to 30+ years – another way to energy efficiency.

At ep Group we assist companies to improve energy efficiency using management techniques proven over the last 40 years coupled with the latest data collection and processing tools. We have developed tools like the Investor Confidence Europe Europe as well as business models such as ESCO-in-a-box which assists smaller companies to offer energy services contracts. We have also helped investors navigate investment opportunities in energy efficiency and developed tools such as the Energy Efficiency Financial Institutions Group Underwriting Toolkit and the UNESCWA tool kit for investing in energy efficiency in buildings in the Arab region.

At Infosis, we pledge to keep improving the energy efficiency by 25% over the next 10 years.

Our strategy includes analyzing the equipments, understand its requirement & running time, optimize its use making plans / processes in line with the stake holders to save the energy with best practices.

This shall aim to reduce greenhouse gas emissions by 25% if not more by 2040, aligning with our AI based software and IOT based engineering products

At Spirax Group, we are committed to improving energy efficiency across industrial processes and our own global operations. Through our thermal energy management solutions, we help customers reduce energy consumption, optimize steam and thermal systems, and lower greenhouse gas emissions across a wide range of industries. As part of our One Planet sustainability strategy and Science Based Targets initiative commitments, we aim to achieve net-zero Scope 1 and 2 emissions across our operations by 2030 and net-zero greenhouse gas emissions across our full value chain by 2050, with an interim target to reduce absolute Scope 1, 2 and 3 emissions by 50.4% by 2032. Alongside system optimization and digital monitoring, we are advancing decarbonization solutions such as electrified steam generation, thermal energy storage, and high-temperature heat pump technologies to help industries transition toward low-carbon process heat. By combining engineering expertise with innovative thermal technologies, we aim to accelerate the transition to more energy-efficient and sustainable industrial operations worldwide.

Our organization works to establish a monetized, inclusive, and sustainable system for accessing green energy (solar energy), serving:
• cooperatives and their members,
• NGOs, Village Savings and Loan Associations (VSLAs), and development mutuals,
• urban, peri-urban, and rural SMEs,
• Prefectures, Departments, and Municipalities
by relying on:
• tripartite contracts,
• capacity building for local stakeholders and the government,
• inclusive digital finance,
• and cooperative governance within the Social and Solidarity Economy (SSE).

Our area of ​​operation is Central and West Africa.

“At Pipex, we pledge to improve energy efficiency by 15% over the next five years. Our strategy includes upgrading equipment to solar and radiant heating & cooling, optimising processes in our factories and engaging employees in energy-saving practices. We aim to reduce greenhouse gas emissions by 15% by 2030”

At the same time contributing to NetZero initiatives and projects with the manufacturing of efficient HVACR systems for the building sector like underfloor heating and radiant cooling.

At EASA Region 9, we affirm that:

• We recognise that energy conservation and efficiency are essential priorities in the service and rebuilding of rotating electrical machines.
• We commit to striving to maintain or improve energy efficiency in the methods, techniques, and materials used by our members wherever practicable.
• We will serve as advocates for energy conservation globally, advancing awareness of the importance of using energy effectively and responsibly.
• We will develop and promote proactive strategies, education, and resources that support improved energy utilisation and conservation throughout our industry.
• We will position the Association as a leading source of knowledge, best practices, and awareness in the efficient and responsible use of electrical energy in rotating machine applications.

Oracle- Opower is committed to making energy efficiency simple, scalable, and measurable.
By using advanced analytics and behavioral science, Oracle-Opower helps utilities empower customers to understand their energy use, take informed actions, and reduce consumption without sacrificing comfort.

Oracle-Opower pledge is to:
– Drive measurable energy savings through proven, data-driven programs
– Put customers at the center of the energy transition
– Support utilities in meeting regulatory and sustainability goals
– Promote equity and inclusion by ensuring all customer segments benefit from energy efficiency
– Accelerate decarbonization by reducing demand and avoiding unnecessary energy generation

In essence, Opower’s pledge is to turn everyday customer behavior into a powerful resource for a more efficient, reliable, and sustainable energy system.

Through this pledge, Oracle Opower has helped deliver over 38 TWh of energy savings across approximately 175 utilities globally. Through this pledge Oracle-Opower has saved 38TWHrs serving 175 globally Utilities.

Siemens commits to making energy efficiency a central driver of its path to net-zero. The company aims to enable customers to avoid 1,000 million metric tons of CO₂e by 2030, with 694 million tons already achieved. It targets a 90% reduction of its own Scope 1 and 2 emissions by 2030 (vs. 2019) and has already reduced them by 66%. Across its value chain, Siemens plans a 30% reduction in Scope 3 emissions by 2030 and net-zero by 2050. With over €6.6 billion invested annually in R&D, Siemens is scaling digital and industrial technologies that deliver measurable energy efficiency at global level.

Read more: https://assets.ctfassets.net/17si5cpawjzf/1yDtHJ6i5AHdCLGDmnuDeS/dfb63459695840fd0954d4aab356747b/siemens-sustainability-impact.pdf

At Blacktogreen, we commit to helping organizations improve their energy performance by at least 20% within the first three years of implementation.
Our strategy is based on a structured energy management approach aligned with ISO 50001, combining data-driven diagnostics, technical optimization, and continuous improvement.

Our key actions include:

Conducting energy performance assessments and baseline analysis.
Implementing energy monitoring systems and KPIs.
Identifying and prioritizing efficiency opportunities in energy and water use.
Supporting the implementation of technical and operational improvements.
Training teams and establishing a culture of energy efficiency.

Our long-term goal is to support our clients in reducing their energy costs and greenhouse gas emissions by up to 30% by 2030, while strengthening their operational resilience and sustainability strategy.

To reduce carbon emissions over the next five years, we aim to use electric vehicles, provide sustainability training to our employees, and implement this in our business lives. We aim to reduce our energy costs by 20%.

Through our energy systems engineering services, we pledge to deliver measurable reductions in carbon emissions supporting corporate sustainability goals and regulatory compliance for our clients.

At Promethean Energy, we believe that a sustainable future begins with responsible energy use. Our pledge to energy efficiency is not just a commitment—it is a cornerstone of how we operate, innovate, and grow. We are dedicated to reducing our environmental footprint while delivering reliable energy solutions that empower communities and businesses worldwide

All details on AFRY energy efficiency commitment can be found at: https://afry.com/sites/default/files/2025-03/afry_annual_and_sustainability_report_2024.pdf

At eBigData, we pledge to empower businesses in boosting their energy efficiency and reducing both consumption and carbon footprints. Leveraging our Physical AI models for real-time optimization and control of industrial pumps and compressors, we enable energy savings of up to 30%. Our goal is to deliver the cheapest and greenest energy available: saved energy.

At Tanti Automatics Pvt. Ltd., we pledge to make energy efficiency a core pillar of every project we design, execute, and support.
Our commitment is simple: deliver smarter buildings that consume less power, operate sustainably, and perform reliably for decades.

Our Energy Efficiency Goals
1. Reduce building energy consumption by 30% by 2030

Through advanced automation, LMS, EMS, smart metering, and HVAC optimisation.

2. Improve power quality and reduce wastage by 25% by 2028

By deploying APFC panels, harmonics filtering, better load management, and clean power design.

3. Achieve 100% smart metering & monitoring integration in all commercial projects by 2027

Ensuring every building we deliver is measurable, data-driven, and continuously optimised.

4. Support India’s transition to renewable energy

By increasing solar-ready designs across all new projects starting 2025 and encouraging hybrid energy storage.
Our Strategy to Achieve These Goals
1. Strengthen Energy Intelligence in Every Project

Deploy EMS with real-time dashboards

Integrate ABB meters, SCU gateways, KNX sensors, and demand-control logic

Enable automatic load shedding & peak-hour optimisation

2. Upgrade Power Infrastructure for Clean Energy

Standardise PFC, harmonic control, surge protection, and smart power panels

Modernise existing PCC/MCC designs for efficiency and safety

Promote high-efficiency transformers, UPS, motors, and LED lighting

3. Drive Automation-Driven Savings

Lighting Management Systems with daylight & presence control

HVAC optimisation using BMS + IoT

Scene-based energy modes for commercial spaces

4. Expand Sustainable Solutions

Promote on-grid, hybrid, and off-grid solar

Integrate EV charging infrastructure

Improve water & motor automation to reduce indirect energy loss

5. Build a Culture of Energy Responsibility

Train engineers, technicians, and partners on energy-efficient design

Empower customers with insights, analytics, and after-sales optimisation

Conduct annual audits of top commercial projects to track improvement

The THT First – Level Energy – Efficient Detachable Plate Heat Exchanger is a sophisticated and highly efficient detachable plate heat exchanger model. Its product features are meticulously crafted based on industry standards and cutting – edge technological innovation:
1. Core Design Parameters
– Pressure and Temperature Range: The design pressure can reach up to 1.6 MPa (with a plate thickness of 0.4 mm), and the maximum design temperature is 150℃. This makes it well – suited for medium – and low – pressure applications.
– Specification and Size: The specification size range can be customized according to customers’ specific requirements. The unit weights approximately between 500 kg and 1500 kg. Its compact structure is particularly suitable for space – restricted HVAC systems, such as wall – mounted heating systems, and can adapt to a wide variety of usage scenarios.
2. Fluid Dynamics Optimization
– Low Resistance Induced Flow Deflection Zone: Through advanced computational fluid dynamics (CFD) and finite element analysis, the flow path has been optimized. This results in a uniformly distributed flow field and a significant reduction in pressure drop. The pressure drop of the plate exchanger is 40 kPa, which outperforms the national standard of 50 kPa.
– Lightning Wave Pattern Design: The unique wave pattern structure effectively alleviates stress and reduces the likelihood of scaling, thereby enhancing the long – term operational stability of the heat exchanger.
3. Materials and Processes
– Material Selection: High – quality stainless steel materials are employed, striking an optimal balance between corrosion resistance and pressure – bearing capacity. This ensures that the product meets the hygiene and safety requirements of industries such as food and chemical processing.
– Sealing Technology: The rectangular snap – type sealing gasket design separates the fixation and sealing functions. This not only enhances the sealing reliability but also extends the service life of the heat exchanger.
4. Energy Efficiency and Certification
– High Heat Transfer Efficiency: The wave – peak arc design promotes a stronger turbulence effect, resulting in a heat transfer coefficient that is significantly higher than that of traditional plate heat exchangers.
– Industry Certification: The product complies with the NB/T47004.1 – 2017 “Plate Heat Exchanger” standard and has successfully passed the testing conducted by the National Heat Exchanger Quality Supervision and Inspection Center.
5. Assembly and Maintenance Convenience
– Quick Assembly Mechanism: An innovative bearing – type quick assembly mechanism, combined with a five – point positioning system, supports the “dumbbell” assembly method. This significantly shortens the installation and maintenance time.
– Modular Design: The use of standardized interfaces and a modular production approach simplifies system integration and makes spare parts replacement more convenient.

At COGENERA México, we commit to advancing efficient cogeneration as a cornerstone of the national energy transition.

We believe that producing electricity and useful heat from the same process is not only smart engineering — it is essential for sustainability, competitiveness, and energy security.

We pledge to foster collaboration among industry, government, academia, and finance to expand the benefits of cogeneration across Mexico.

By optimizing energy use and reducing emissions, we work toward a cleaner, more resilient, and more productive energy future. We pledge to promote efficient cogeneration as a key driver of Mexico’s energy transition.

Through innovation, collaboration, and responsible energy use, we commit to reducing emissions, improving competitiveness, and ensuring a sustainable energy future for our country.

Corporate Green Value Creation Program©
Kruger implemented its corporate Green Value Creation Program© to promote innovation and investment in large-scale energy efficiency projects in all its establishments across North America.

Thanks to its sustainability leadership, Kruger has reduced its GHG emissions by nearly 50% and its water use by 40% over the past decade.

We aim to reduce by another 35% by 2030 and are now working on our 2050 roadmap

At Coenergia we are Committed to increase and promote Energy Efficiency exercise and awareness in Mexican industrial sector. Make clean energy power a reality for all industries towards a Sustainable World.

20% of the world’s energy is used to overcome friction. SKF’s mission is to Fight Friction and since more than a century we have developed highly efficient and smart solutions that reduces our customer’s energy and material consumption. Internally SKF considers energy efficiency when purchasing equipment, designing products, and planning processes. This means selecting energy-efficient technologies, optimizing operations to reduce energy use, and integrating energy performance criteria into procurement decisions. The goal is to continually improve energy efficiency and reduce energy-related costs and emissions.
SKF’s strategy is Intelligent and Clean growth – and to us, clean means to conduct all our business in a way that does not harm the environment, the planet or the people living on it.
We are building on the foundation set by many years of working with environment, energy, health and safety. Further we have our goals of decarbonizing our operations by 2030 and become net zero greenhouse gas emissions 2050 for the supply chain upstream Science Based Targets- certified.

At Aston Energy, we are committed to helping businesses take a smarter, more responsible approach to energy. We commit to providing world class solutions that reduce waste, lower costs, and support a more sustainable future within the UAE. We pledge to deliver measurable impact, innovation, and reliability for every client we partner with.

At Prime Chemicals Corporation (PCC), we pledge to lead energy efficiency in industrial utilities and water treatment systems, across our operations and client facilities.

Our strategy focuses on:

Optimizing water treatment and utility systems to cut energy demand in pumping, cooling, boiler, and RO applications.

Upgrading process designs and equipment with energy-efficient technologies.

Deploying smart monitoring, automation, and optimization tools for sustained performance.

Engaging industries through Annual Maintenance Contracts (AMCs) to ensure long-term efficiency gains.

Empowering people through PCC Academy, where we train engineers, operators, and sustainability leaders on practical energy and water-saving solutions.

Becoming a thought leader in Pakistan regarding water conservation by implementing 4R strategy where possible .

Our strategy is based on the following key steps:

Efficient Manufacturing – We will modernize our production facilities with energy-efficient machinery and adopt smart monitoring systems to reduce energy consumption across all operations.

Product Innovation – We will continue to design and develop pump models that deliver higher hydraulic efficiency and lower power consumption, helping our customers reduce their energy footprint.

Sustainable Operations – We will implement energy management systems, optimize test benches, and transition to renewable electricity sources where possible.

At Autoflame Engineering, we are committed to reducing carbon emissions across all industries where we can make a difference. By helping companies optimize their combustion processes and reduce reliance on fossil fuels, we empower businesses to operate more efficiently and sustainably. Every year, we assist thousands of organizations in lowering their greenhouse gas emissions and moving toward a cleaner, greener future.

At IDSPL, we pledge to advance energy efficiency by 30% across our operations and projects within the next five years. Our strategy focuses on integrating passive design, renewable energy, and efficient technologies in the built environment, supported by research, policy implementation, and capacity-building initiatives. We aim to contribute to a 40% reduction in greenhouse gas emissions by 2030, aligning with national and global climate goals.

EKOL LOJİSTİK, which conducts warehouse management and design activities, is committed to continuously improving its Energy Management System and Energy Performance by using energy effectively in all its processes. To achieve this commitment, it has adopted the following principles as its policy, in line with its energy use, consumption structure, and scale:

– Within the scope of combating climate change, it will carry out activities to protect the environment, reduce energy consumption, and increase energy efficiency to add value to the low-carbon economy, a cornerstone of sustainable development, while adhering to national and international directives.
– Energy efficiency projects that will positively impact climate change will be developed and implemented.
– The organization will implement practices that are appropriate to its purpose and context, support its strategic direction, and meet the needs of internal and external customers.
– All applicable legal regulations and other requirements regarding energy use, efficiency, and consumption will be followed, and necessary actions will be taken swiftly.
– The established goals and targets will be reviewed periodically, and the necessary resources will be allocated to achieve them. -In-plant equipment, system, and process designs related to energy consumption, usage, and efficiency will be supported to improve energy performance.
-Necessary training and information will be provided to raise employee awareness of efficiency, reducing losses and theft, and ensuring energy efficiency.
-Necessary support will be provided for the purchase of energy-efficient products and services that could impact energy performance.
-Renewable energy resources will be used at least 30% of the time in storage facilities by 2030, based on the 2020 reference year.
-The Energy Management System, which is regularly reviewed, evaluated, and continuously improved by senior management, will be maintained and incorporated into the corporate culture.
-To ensure the continuity of the established system, the Energy Policy will be documented, continuously reviewed, and updated as necessary.EKOL LOJİSTİK, which conducts warehouse management and design activities, is committed to continuously improving its Energy Management System and Energy Performance by using energy effectively in all its processes. To achieve this commitment, it has adopted the following principles as a policy, in line with its energy use, consumption structure, and scale:

In the context of combating climate change, it will carry out activities to protect the environment, reduce energy consumption, and increase energy efficiency to add value to the low-carbon economy, a cornerstone of sustainable development, while adhering to national and international directives.
Energy efficiency projects that will positively impact climate change will be developed and implemented.
The organization will implement practices that align with its objectives and cont

By 2030, Hiperbaric will cut Scope 1 and 2 CO₂ emissions by 40% from 2021 levels, aiming for climate neutrality by 2040. Since 2018, 100% of electricity has come from certified renewable sources, reinforced in 2022 by a 520.6 kWp solar plant prioritising self-consumption.

We reduce environmental impact from design to end-of-life, focusing on lowering energy use during operation. Efficiency actions include automating air conditioning, lighting, and access systems for intelligent, real-time energy management.

Awareness and training programs engage staff to save energy, spot improvements, and adopt responsible habits in daily work.

We pledge to improve energy efficiency by 25% over the next five years. Our strategy includes upgrading equipment, optimizing processes, and engaging employees in energy-saving practices. We aim to reduce greenhouse gas emissions by 30% by 2030, aligning with our Science Based Targets.

BOZZLER ENERGY PVT LTD being a premium quality THERMIC FLUID HEATER manufacturer with brand name ” BOZZLER” is the only innovator of Genuine 6 pass design and cutting edge lowest pressure drop technology in world. This innovation enables us to deliver highest efficient designs that are of 10-15 % more efficient than competitors. So, we aim to improve energy efficiency by 10-15% as we believe in Continuous R&D and product development with a vision to create fuel-efficient products, compact designs and maintenance-free solutions tailored to the needs of global process industries. Our commitment to quality, sustainability, and environmental stewardship drives us to deliver cutting-edge products that redefine industry standards.

At KilowattIA, with our B2C model, we pledge to improve energy efficiency by 20% for 20% of the main electricity consumers of Panama (who represent 75% of the total electricity consumption of the country) in the next 5 years and proportionally reduce their carbon footprint.

With our B2B SaaS model though our local partners, we pledge to become the leading digital energy efficiency platform in Latin America, inspiring and sustainably impacting and improving energy efficiency by 20% for 100,000 organizations in the region, achieving economies of scale to expand our reach, reduce their energy consumption and reducing emissions to meet the SDGs and climate commitments by 2035 and beyond.

At BLRT ERA, we aim to improve our energy efficiency by 25% over the next five years. Our strategy includes upgrading equipment, optimizing processes, and engaging employees in energy-saving practices.

WE PLEDGE TO REDUCE OUR ENERGY CONSUMPTION BY 10% IN 5 YEARS.

In line with global emissions goals to keep warming below 1.5 degrees, SLR is committed to achieving Net Zero emissions across our value chain (Scope 1, 2 & 3) by 2040, in line with the criteria of SBTi. We have set a near-term gross reduction target for Scope 1 and 2 GHG emissions by 42% and Scope 3 emissions by 25% by 2040. SLR will leverage energy efficiency opportunities identified by site energy surveys to support in achieving its energy and carbon goals.

Our Energy & Carbon specialists will continue to work with clients across the globe to identify opportunities to better manage their energy usage and reduce barriers to invest in energy efficiency, helping them to gain a competitive edge and to achieve their decarbonisation ambitions.

“At Registro y Monitoreo, we pledge to improve energy efficiency by promoting the ISO 50001 norm among or clients and by providing them the best and accesible protocols of measuring and verifying their successes. Our strategy includes upgrading equipment, optimizing processes, and engaging employees in energy-saving practices. We aim to reduce greenhouse gas emissions by 30% by 2030, aligning with our Science Based Targets.”

At Talaso Consulting, we are committed to accelerating the energy transition by driving measurable improvements in energy efficiency across the industrial and commercial sectors in Mexico. Our goal is to support our clients in achieving at least a 30% improvement in energy performance over the next five years. By 2030, we aim to contribute to significant emissions reductions in the region, aligning with national and international decarbonization goals, while making efficiency a competitive advantage for the businesses we serve.

At Qpinch, our goal is to enhance energy efficiency and drive decarbonization within the process industry by deploying 1 GW of heat transformation technology by 2035, capable of producing carbon-neutral steam from industrial waste heat.

Thanks to our prefabrication we a re able to increase speed of installation and reduce massively the waste on the construction site. We save up to 25% in construction costs. Thanks to our efficency (heat recovery and micro-HP) during operation we save up to 80% of running costs. Overall we are able to reduce the decarbonization of the building to about 65%. That is today for our customers in apartments.
Internally, in our facilities we are far when it comes to switching to green energies. We have 100 kWp PV-panels installed on our roof, a 300 kWh electrical battery in the basement and 5 heat pumps.

We have a bold ambition: to double in size while at the same time halving our carbon footprint. We cannot just aim to grow without also taking climate change and the planet’s resources into account. That’s why we have adopted science-based climate targets aligned with the Paris Agreement’s 1.5C pathway. We aim to reduce greenhouse gas emissions from our own operations with 42% by 2030, and to reduce greenhouse gas emissions by 51.6% per sold unit from the use of sold products by 2030.

The key to success and our biggest potential contribution to the climate is in increasing the energy efficiency of our products and our production.

At CER we pledge to lead by example and advance energy efficiency across our operations and within our network of over 100 member organizations. As a key enabler of the green transformation in Slovenia, we are committed to supporting and accelerating the transition to a low-carbon economy.

Our strategy includes:

Preparing and disseminating energy efficiency recommendations for businesses to raise awareness and encourage action

Promoting best practices through our communication channels, events, and member activities

Implementing targeted training for staff and member companies on energy management and climate responsibility

Active project partner in the LIFE-REFINEE project, which focuses on advancing energy efficiency in SMEs through tailored tools and support

Advocating for policy improvements that support sustainable energy use and investments in energy-efficient technologies

Through these actions, CER aims to serve as a catalyst for systemic change and to inspire businesses in Slovenia and adriatic area to take bold, measurable steps toward energy efficiency and climate responsibility.

At Seamium, we confidently drive energy efficiency transformation with a bold commitment to achieve a 30% improvement by 2030. Through our cutting-edge AI-powered monitoring, optimization, and robust user engagement, we are revolutionizing how energy is consumed. Our strategic approach involves expanding our platform, forging strong partnerships with utility companies, and actively promoting energy-saving behaviors among users. Moreover, we are set on reducing emissions by 40%, aligning ourselves with global climate goals, and leading the charge for a sustainable future.

At TEAM Energy, we have pledged to reach net zero emissions by 2030. This includes reducing absolute Scope 1, 2, and 3 greenhouse gas emissions by 90% from a 2019 baseline; a goal approved by the Science Based Targets initiative. Through a series of energy efficiency measures we have already decreased our emissions by 28% (22/23) from 2019.

The most significant contributors to our emissions are employee commuting, employee homeworking and electricity to power our premises. Our strategy to target these areas includes improved energy efficiency in the office by switching to LED lighting, and replacing the office heating and cooling system, as well as improvements to our site’s solar PV to enhance renewable energy use.

Further initiatives in the works include installing submetering which will allow us to capture granular energy data and monitor our consumption in order to identify areas for reducing our energy use.

Entropic was born with the mission to decarbonize the industry. Our strategy is to make energy engineers 10x faster and hereby accelerating project timelines.

At Metrus Energy, we pledge to make climate-positive investments in energy efficiency and sustainable energy that reduce our customers’ Scope 1 and 2 greenhouse gas emissions. We finance and implement energy upgrades through our Energy-as-a-Service (EaaS) solution. We have energy efficiency investment commitments of $300 million under the U.S. DOE’s Better Buildings Challenge and a $200 million investment commitment under America is All In. We are signatories to the UN Principles for Responsible Investment.

We seek to maximize energy efficiency in companies and industries by integrating industrial automation solutions. Our projects offer intelligent control of consumption, promoting sustainability and ensuring that the economy pays for the improvements. Contracting occurs after measured and proven results.

LEDL Motors: Pioneering India’s Energy-Efficient Future with IE4 and IE5 Motors

LEDL Motors is at the forefront of India’s transformation towards energy-efficient technologies with its latest range of IE4 and IE5 high-efficiency electric motors. These motors are designed to deliver exceptional energy savings, lower maintenance, and superior reliability, making them ideal for use in diverse industrial and commercial applications such as textile machinery, pumps, compressors, HVAC systems, and more.

Backed by our strong in-house R&D capabilities, LEDL Motors focuses on engineering motors that not only meet specific application requirements but also match industry-standard performance benchmarks. Our motors are designed and manufactured in India, ensuring durability, adaptability, and performance for the evolving needs of industries — both within the country and in global markets.

Electric motors play a vital role in modern infrastructure — from powering air conditioning systems, elevators, and production lines, to supporting heavy industries and even transport systems like trains and ships. With electric motors accounting for over 45% of the world’s electricity usage, and more than 300 million motor-driven systems currently operating across industries, there is a clear and urgent need for improved motor efficiency to reduce overall carbon emissions.

LEDL Motors proudly offers its advanced Synchronous Reluctance (SynRM) motors, a next-generation solution that delivers the highest level of efficiency available today — IE5 class, as defined by the International Electrotechnical Commission (IEC).

Our SynRM motors combine the operational benefits of permanent magnet motors with the simplicity and ruggedness of induction motors. Thanks to their magnet-free construction, they do not rely on rare earth materials, making them both eco-friendly and cost-effective. This makes LEDL’s IE5 motors not just a performance upgrade, but a sustainable and future-ready solution.

These motors are especially suitable for industries looking to replace existing induction motors with a drop-in retrofit, without any major changes in their current setup. Applications demanding high performance and energy optimization will benefit significantly from this transition.

Our commitment is to help improve the energy efficiency of private companies and public entities from 20% through monitoring, data capture and decision-making processes. We put AI at the service of sustainability objectives by developing solutions that integrate technology with human know-how.

At Voltho, we pledge to improve energy efficiency by 25% over the next five years. Our strategy includes helping customers with installing energy decarbonization equipment, optimizing processes, and engaging employees in energy-saving practices. We aim to reduce greenhouse gas emissions by 30% by 2030, aligning with our Science Based Targets.

Committed to its socio-environmental responsibility and with the purpose of actively contributing to the care of the environment, a Water and Electric Energy Savings Program is implemented. This program establishes a series of actions and methodologies aimed at promoting an efficient and sustainable use of resources. The key aspects are detailed below:

1. Program Objectives Reduce the consumption of water and electrical energy in operations and activities. Promote a culture of sustainability among employees, collaborators and the community. Contribute to the conservation of the country’s natural resources.
2. Actions for Water Savings Preventive maintenance: Regularly check hydraulic installations to prevent leaks and optimize water flow. Efficient devices: Install taps and water-saving toilets in all facilities. Awareness: Train staff in savings practices, such as turning off taps while not in use and collecting rainwater for secondary uses.
3. Actions to Save Electric Power Efficient lighting: Replace traditional light bulbs with energy-efficient LEDs in all areas. Leveraging Natural Light: Design strategies that maximize the use of natural lighting during the day. Energy efficient equipment: Replace old equipment with those that have energy efficiency certifications. Rational use policies: Turn off equipment and lights in unused spaces and encourage the use of timers and motion sensors.
4. Follow-up Methodology Constant monitoring: Establish indicators to measure the monthly consumption of water and electrical energy. Periodic reports: Present reports of progress and results of the program. Internal audits: Conduct regular evaluations to identify opportunities for improvement.
5. Expected Impact Significant decrease in resource consumption, reflected in economic and environmental savings. Reduction of carbon footprint and pressure on water resources. Awareness and commitment of all those involved with the protection of the environment.
   Energy Savings Schedule Phase 1: Diagnosis and Preparation (Duration: 1 month) Week 1: Carry out energy audits to identify high consumption points. Assess the condition of electrical and lighting equipment. Week 2-3: Prepare a plan with specific goals to reduce energy consumption. Define energy performance indicators (KPIs). Week 4: Train personnel in energy saving practices and efficient use of resources.

At DISTRIBUIDORA ELECTRICA DEL SUR C.A., we are committed to sustainability and the efficient use of energy resources. We are committed to implementing clear and measurable strategies to improve the energy efficiency of our operations and positively contribute to the transition to a more sustainable future.

Objectives:

Reduce energy consumption by 10% in our facilities by 2028.

Integrate at least 15% renewable energy into our grid by 2028.

Improve operational efficiency by implementing affordable technologies and optimizing key processes.

Strategy and Key Steps:

Initial Audit: Identify specific areas for energy improvement (2025).

Process Reviews: Implement improvements to operating procedures to avoid energy waste (2026-2027).

Phased Equipment Upgrade: Gradually replace old equipment with more energy-efficient equipment (2026-2028).

Energy Education: Conduct efficiency workshops for staff (2025-2027).

Collaboration: Promote the connection of small renewable generators to our grid (2027-2028).

Timeline:

Year of Main Action

2025 Energy audits and initial workshops.
2026 Operational adjustments and initiation of equipment upgrades.
2027 Ongoing workshops and initial renewable connections.
2028 Achievement of the efficiency and renewable energy target.

With this commitment, we will progressively move toward a more sustainable and efficient distribution system, adapting to the needs of our environment and available resources.

At Si Sostenibilidad, we are committed to help industries design and implement energy efficiency projects and energy management systems. Our 2030 goal is to help more than 100 medium to large size companies in LatinAmerica to reduce from 10% to 50% their carbon emissions.

We commit to be our clients’ strategic partner in the efficient and responsible management of energy resources, delivering exceptional service while prioritizing environmental protection and promoting the sustainable growth of both their business and its surrounding community

At The Timken Company, we focus on designing a portfolio of engineered bearings and industrial motion products that help our customers increase energy efficiency while, at the same time, striving to be more energy efficient across our own operations. Specifically, we are making progress on our target to reduce aggregate Scope 1 and Scope 2 greenhouse gas emissions intensity by 50 percent by 2030. Through year-end 2023, we have decreased our Scopes 1 and 2 emissions intensity by about 40 percent from our 2018 baseline year. By continuing to invest resources in this area, choosing suppliers who share our commitment to sustainability and empowering our employees to take action, we pledge to be active participants in the Energy Efficiency Movement.

At Dutch Climate Systems our mission is Cooling the Planet. Air conditioners already consume more than 10% of the world’s electricity. Our goal is:

An energy-neutral air conditioner industry by 2035.

At Manuia, we are proud to join the Energy Efficiency Movement and commit to achieving carbon neutrality by 2030. As a consulting firm, we are focused on identifying and leveraging market opportunities to reduce our carbon footprint, with a particular emphasis on minimizing the impact of transportation—our largest source of emissions across all three scopes. Additionally, we are committed to fostering energy-saving practices among our employees and promoting the adoption of science-based targets with our clients, ensuring that sustainability is at the core of every project we undertake.

KEEF is committed to maintaining robust financial sustainability to support its mission of catalyzing energy efficiency initiatives across Kosovo. Financial sustainability is essential for the Fund to continue its efforts in promoting energy efficiency, managing financial resources effectively, and financing a wide range of investment projects that contribute to the nation’s energy efficiency and sustainability goals.
The Fund strives to be a leading entity recognized for its innovative approaches, transparent operations, and resilience in the energy sector. KEEF’s objective is to transform Kosovo’s energy landscape, creating a society that values and practices sustainable energy consumption.

As Designers and Managers we help bussinesses and communities to optimize energy use and clean power procurement to follow the road to zero emissions.

Our strategy includes upgrading equipment, optimizing processes, and engaging employees in energy-saving practices.

Skadec helps its customers to achieve energy efficiency and sustainability goals.

At Khanna Paper, we pledge to improve energy efficiency by 10% over next three years. Our strategy includes to install energy efficient equipment, engage employees in energy saving mission. We sim to reduce carbon footprint by 10% by 2028 aligning our Science based targets.

Our net zero commitments
Right now, we are:
Reducing customer wasted energy by optimising their
control systems to provide the most efficient usage
solutions. We aim to reduce the energy consumption of our customers by a further 15million kWh in 2025.
Improving visibility and monitoring of energy usage for our customers to inform & educate for their own carbon agenda.
Co2 & NOx Emissions are being reduced as we move to all electric and electric hybrid company vehicles.
Our buildings are also predominately electric powered.

By 2025 or sooner:
Achieve net zero across our own business operations
By 2050 or sooner:
BMSI and the services we provide will be totally net zero

Deckfan is committed to using energy efficiency in the sale of their equipment, both in HVAC and refrigeration systems, with our customers. About 60% of our annual sales are energy efficient equipment. We believe that sustainability is a necessary future, without everyone’s commitment, humanity will have difficulties in overcoming global challenges.

We aim to achieve net zero by 2050.

In order to achieve the strategy, we will reduce 1.14 million tons CO2 from 2023 to 2050 through sustainability strategies such as implementing scope 3 and LCA for main products for three years.

We conducted a Scope 3 and product LCA under the supervision of experts, and used the results to develop the next-generation machine. Compared to the previous model, it is possible to reduce CO2 emissions by 1,188 tons per unit.

In addition, we are considering introducing solar power generation and switching to renewable energy by 2030, and introducing eco-steel by 2040.

At ACESCO we are committed to working to reduce the environmental impacts generated by our operations, seeking to reduce our carbon footprint in scopes 1 and 2 by 30% by 2023 and 50% by 2050, in line with the SDGs. We will be working on energy efficiency, self-generation and sufficiency processes to increasingly improve the energy intensity of our operations in the region.

Leveraging our trading company model, Yashima Sangyo is dedicating its to products that reduce energy and CO2 for our customers and, while also engaging in eco-action activities. Specifically, we are to contributing to society through the of solar power generation components for businesses and power distribution system components. As trading company, Yashima Sangyo focuses its sales resources on products that minimize energy consumption and CO2 for its customers and society, in alignment with Eco-Action. Our policy emphasizes societal through the photovoltaic power generation unit components and grid power distribution components commercial facilities.

Signify has released its plan to reduce greenhouse gas (GHG) emissions by 90% across its entire value chain against a 2019 baseline and reach net-zero by 2040.
Completing the switch to energy-efficient LED lighting would reduce total global GHG emissions by 1%, equivalent to half the emissions caused by aviation, more than enough electricity to charge every electric car currently on the road, or power over 100 million heat pumps.
The Plan includes initiatives and programs across the business and value chain, which include incentivizing suppliers to commit to renewable energy, electrification of the logistics fleet and further extending the use of energy-efficient LED lighting – the single biggest factor in reducing the lighting industry’s emissions in recent years.
Since more than 90% of Signify’s value chain GHG emissions come from the use of its products throughout their lifecycle, the company’s 2040 net-zero ambitions focus on continuing to lead the industry in developing increasingly efficient lighting technologies.
As a result of its actions and innovations, Signify has already achieved a 50% absolute reduction in GHG emissions across its entire value chain, including the scope 3 use phase, since 2019. Yet a sizeable proportion of the global lighting stock is still conventional, meaning there is a significant opportunity for rapid progress.

At SUCOM, we pledge to improve energy efficiency by 25% over the next five years. Our strategy includes upgrading equipment, optimizing processes, and engaging employees in energy-saving practices. We aim to reduce greenhouse gas emissions by 30% by 2030, aligning with our Science Based Targets.”

At Cox Engineering, we have established a dedicated Energy and Sustainability team for implementing turnkey energy-efficient and sustainable HVAC solutions, making buildings intelligent, and helping clients achieve compliance with local regulations such as BERDO.

Budderfly primarily serves energy-intensive commercial businesses, including quick-service and fast-casual restaurants, assisted living and healthcare facilities, schools and universities, fitness centers, and other businesses with similar repeatable footprints.
These facilities can consume up to ten times more energy per square foot than the average office building. Importantly, the owners and operators of these businesses often lack the skills, knowledge, upfront capital, and time to adopt energy-efficient practices.

Budderfly offers small and mid-sized enterprises (SMEs) energy efficiency solutions that reduce their carbon footprint without requiring significant time or resources from business owners. These solutions make it easier for businesses to adopt sustainable technologies, driving impactful change while maintaining focus on their core operations.

Budderfly’s technology platform enables its customers to mitigate over 200,000 metric tons of CO₂ emissions. This reduction is the equivalent of more than 560 million miles driven by an average gasoline-powered vehicle.

We have achieved this by installing thousands of energy-saving solutions, including ultra-high-efficiency HVAC systems, LED lighting, refrigeration enhancements, water conservation solutions, rooftop solar arrays, and other energy management technologies. Protected by 27 patents, Budderfly uses real-time data to continuously monitor and improve system performance. Budderfly’s unique model sets it apart from traditional ESCOs and other point solutions by fully managing energy efficiency upgrades at no upfront cost, making energy savings accessible for SMEs. Through its infrastructure-driven approach, Budderfly enables its customers to actively participate in energy markets, contributing to grid stability and efficiency, while transforming SMEs from passive consumers into engaged participants in the energy transition.
Unlike other companies, Budderfly owns both its customers’ behind-the-meter assets and utility relationships, enabling it to streamline and fast-track the energy management process for customers—from installation and billing to enrollment in demand response programs. Budderfly promises its customers long-term sustainability and operational efficiency outcomes. In return, the company recuperates its investment through the energy savings of its customers over each 10-year contract.

Budderfly’s comprehensive approach disrupts the traditional energy management landscape by reducing costs and emissions, enhancing operational reliability, and providing actionable sustainability data. As a result, businesses can focus on bottom-line savings and growth while meaningfully participating in the energy transition.

By 2030 we will reduce our CO2 emissions by 20% and save 5% energy in our own operations.
Smart solution & New Company world. Our highly efficient new building, including showroom from 2019 improves cost-effectiveness for employees and customers. The building includes newest LED Technology and KNX-System. Our electricity supply is completely covered by the capacity of your own solar panels.

At ARC Water & Energy , we pledge to improve energy efficiency by 30% over the next five years. Our strategy includes upgrading equipment, optimizing processes, and engaging employees in energy-saving practices. We aim to reduce greenhouse gas emissions by 90% by 2050, aligning with our Science Based Targets.

ENGIE’s purpose is to act in order to accelerate the transition to a carbon-neutral society through reduced energy consumption and more environmentally friendly solutions. The purpose unites the company, customers and its shareholders and reconciles economic performance with a positive impact on people and the planet.

We help our customers to reduce their energy costs (€), energy consumption (kWh) and GHG emissions (Ton CO2 eq).

In EnerGigante we focus on providing state of the art hardware, software, know how, and services in order to obtain these goals.

2030 is our set goal for most of our customers to become Net Zero companies.

At Green Consulting, we pledge to enhance energy efficiency in our projects by 20% over the next five years. Our approach includes implementing high-performance systems, improving insulation, and training teams in energy-efficient practices. We are committed to reducing greenhouse gas emissions by 35% by 2030, aligning with international sustainability standards and contributing to a greener future.

At Baltic Automotive Components Cluster, we pledge to foster sustainable innovation and mobility solutions within the Baltic region. By promoting renewable energy integration, advancing R&D, and supporting green manufacturing practices, we aim to lead the transition to a low-carbon future while driving growth and competitiveness in the automotive and mobility sectors.

At Meisei Engineering, we have been working on the maintenance of motors and other important equipment for various customers for 54 years, and we recognize that energy efficiency plays an important role. We will continue to encourage the use of more efficient IE5 motors and provide maintenance services for longer product lifetimes.

Altum Technologies is committed to improve sustainability in industrial processes as it is one crucial aspect of fighting the climate crisis. For example, fouling in industrial processes is a significant contributor to greenhouse gas emissions, with fouling in heat exchangers alone accounting for 1-2.5% of global CO2 emissions. By keeping equipment clean, CO2 emissions could be significantly reduced: clean and blockage-free equipment minimizes energy consumption of the process. Our vision is to lead the way in helping companies lower their environmental impact while enhancing production and profitability, contributing to global efforts against climate change.

In the last 10 years we have helped our clients reduce energy consumption by 45 GWh of electricity, 35 million cubic meters of natural gas and more than 200,000 tons of CO2 stopped emitting.

The Green University concept aims to contribute to a sustainable society by using resources responsibly and efficiently. Its key priorities include providing a comfortable working environment, reducing energy losses, promoting renewable energy, implementing savings measures, and raising awareness about rational energy use through education and administration.

Aligned with this vision, VILNIUS TECH’s objectives focus on supporting the European Green Deal and Lithuania’s transition to alternative energy by advancing clean energy research, fostering sustainable practices, and reducing the university’s energy consumption. This is achieved through:

• Developing innovative clean energy technologies.
• Educating students and integrating alternative energy knowledge into curricula.
• Promoting public awareness and sustainable energy use.
• Encouraging investments in clean energy solutions within university infrastructure.

Together, these initiatives emphasize the university’s leadership in creating a modern, sustainable energy ecosystem. By aligning its educational, research, and operational strategies, VILNIUS TECH is paving the way for a greener future, where innovation and responsibility meet to address global energy challenges.

We want to facilitate informal networking among partners and in use of the different levels of expertise to identify opportunities and increase sustainability, energy efficiency, resilience, competitiveness, the ‘return on investment’. We also commit to inspire and support partners in their leadership in innovation and market.
We want to promote RECYCLASS certification.

We, Vogelsang Elektromotoren GmbH, recognize the critical role of energy efficiency in achieving a sustainable, low-carbon and energy- and resource-efficient future. We recognize the urgent need to address climate change and reduce energy consumption and carbon emissions.

• the main sources of energy used in our company are fuel, oil, gas and electricity

• Therefore, we pledge to reduce the consumption of these energies in our production process, to optimize our carbon foot pront:

1. Reduce Energy Consumption: Implement energy-efficient technologies and practices in all our offices globally to achieve a measurable reduction of 25% in our annual energy consumption compared to the baseline year 2020.
2. Increase Renewable/carbon free Energy: Strive to source 75% of our energy needs in all manufacturing facilities from renewable/carbon free sources by [2026], significantly reducing our carbon footprint, and therefore our Scope 1&2 emissions.
3. Sustainable supply chain: Work with out suppliers to disclose their environmental targets and actions and significantly reduce our Scope 3 emissions.
4. Green Transportation: We commit to transitioning 50% of our company fleet to electric or hybrid vehicles by 2028 and encouraging sustainable transportation methods among our employees, such as carpooling, public transportation, and biking.
5. Increase and innovate sustainability services: Expand and evolve our sustainability services to address climate change, enhance energy efficiency and support our customers with their own sustainability goals.
6. Leverage digital technologies: We commit to leveraging digital tools and collaboration technology to minimize our environmental impact, reducing the need for travel and its associated emissions.

• By setting these measurable targets, we Vogelsang Elektromotoren GmbH commit to transparently tracking and reporting our progress towards a more sustainable and energy-efficient future.

At ENEF, we recognize that the world is at a critical turning point, and it is essential to work together toward a sustainable energy matrix. However, we also understand that this shift must start with consumption by optimizing all available resources.

This is why we offer services focused on reducing energy consumption with high profitability, ensuring that economics are not a barrier to lowering emissions, especially in the context of emerging countries.

We will continue working to accelerate the energy transition in the most cost-effective way possible.

We are an engineering trading company that designs and replaces pumps and blowers installed in factories in Japan.
When customers replace their equipment, we would like to contribute to the reduction of electricity consumption in Japan by proposing energy-saving and CO2 reducing equipment. In addition, we would also like to accelerate product manufacturing by offering new products to set manufacturers and considering the development of energy-saving value-added products using IE5 motors.

As an internationally operating, family-owned company, we see ourselves as a key player whose actions have a significant impact on both the environment and our society. Actively working towards a livable, greener future by reducing the burden on the environment is an obligation and incentive for us with a view to future generations. For us, the sustainable, responsible use of our planet’s finite resources is a task that we must tackle and can no longer postpone.

Promote sustainability in production in two ways

Here at PILLER we have two levers to advance sustainable production. With our technology, we help companies in the process industry to significantly reduce their energy use and CO2 emissions. At the same time, we continually put our own processes and products to the test in search of ways to produce more sustainably. We have developed a unique, innovative technology for heat recovery in industry: Our blowers and compressors specifically for Mechanical Vapor Recompression (MVR) and vapor recovery processes significantly increase energy efficiency in steam processes, reduce the costs of primary energy and lead to CO2 savings in the processes. An energy consumption reduction of up to 75 percent has already been demonstrated. The result: CO2 savings of 60 percent in processes and 90 percent energy cost savings for primary energy.

We are a proud partner of the sustainability initiative Blue Competence of the VDMA. The goals of the initiative are to promote sustainability in mechanical and plant engineering, but also to make sustainable solutions known in the industry. We can fully identify with the twelve sustainability principles of mechanical and plant engineering and are committed to adhering to them through our partnership.

We, Jinko Solar, recognize the critical role of energy efficiency in achieving a sustainable, low-carbon and energy- and resource-efficient future. We recognize the urgent need to address climate change and reduce energy consumption and carbon emissions.

Therefore, we have committed to follow the 1.5 ° C temperature control path to set our science-based emission reduction targets. Near-term Targets: we commit to reduce absolute Scope 1 and 2 GHG emission 50.4% by 2032 from a 2022 base year, reduce Scope 3 GHG emission from Category 1 (purchased goods and services) 58.2% per MW 22 of solar related products produced within the same timeframe, and increase active annual source of renewable electricity to 100% by 2030. Long-term Targets: we commit to reduce absolute Scope 1 and 2 GHG emission 90% by 2050 from a 2022 base year, and reduce Scope 3 GHG emission from Category 1 (purchased goods and services), Category 4 (upstream transportation and distribution) and Category 9 (downstream transportation and distribution) 97% per MW 22 of solar relatedproducts produced within the same timeframe. Overall Net-Zero Target: we commit to reach net-zero GHG emission across the value chain by 2050.

In addtion, we pledge to fostering a sustainable supply chain through empowerment initiatives including on-site surveys, remote consultations, and specialized training to deepen suppliers’ knowledge of the identification of emission source, methods for GHG data collection and accounting, product lifecycle assessments, etc.

By setting these measurable targets, we Jinko Solar commit to transparently tracking and reporting our progress towards a more sustainable and energy-efficient future.

We are planning, in 2025, to invest in the acquisition of solar panels

1. Carbon Emissions Reduction: Pledge to reduce emissions by 30% by improving energy efficiency and transitioning to renewable energy sources.

2. Sustainable Materials: Commitment to incorporate at least 10% recycled or sustainable materials in equipment production.

3. Supply Chain Optimization: Collaborate with suppliers to reduce upstream emissions and encourage eco-friendly practices.

4. Waste Minimization: Aim for zero waste in production processes by adopting circular manufacturing methods.

5. Carbon Offsetting: Invest in certified carbon offset projects to neutralize unavoidable emissions by the end of 2025.

6. Employee Engagement: Foster a company-wide culture of sustainability through training and awareness programs.

7. Innovation in Design: Develop energy-efficient machinery to help clients reduce their own carbon footprints.

8. Annual Reporting: Provide transparent, annual sustainability reports to track progress toward the 2025 net-zero goals.

The GREENHOUSE GAS PROTOCOL (GHG PROTOCOL) reference standard is used to calculate the carbon footprint, guaranteeing a precise and comparable calculation, ensuring transparency, accuracy and consistency.
We follow a standardised process that includes the following key steps:
– Data collection
– Classification of emissions (Scope 1, 2):
Scope 1: direct emissions from sources owned or controlled by the company
Scope 2: indirect emissions from purchased energy consumption
– Calculation of emissions
– Impact assessment
This comprehensive and transparent strategy enables us to provide customers with a clear picture of CO2 emissions.

Since 1981, AB has tackled the challenges posed by energy sustainability, working alongside our customers to improve their competitiveness while saving energy and reducing emissions. From our earliest days, we have focused on innovation to develop world-class technologies and processes dedicated to transforming the world of energy.
Our objective is to ensure our customers benefit from the best energy sustainability solutions available anywhere.
How? By dedicating our expertise, production capacity and excellent service capabilities to the problems at hand. In the cogeneration sector, AB’s leadership team has expanded our company’s reach to encompass biofuels. We have developed advanced purification and liquefaction processes for biomethane and CO2, coupled with highly effective emissions treatment.
Our customers rely on us to develop the “better way” to support them with the skills, technologies and processes, so they perform at their best. Together, we are helping build a better world.
For example the research and development department has designed an innovative stripping process that extracts and captures excess nitrogen in livestock effluents. This solution concentrates nitrogen into a fertilizing form, ready for use or commercialization, helping to mitigate the environmental impacts associated with this.
We continue to innovate to support our customers, and we are working also on preserve resources. For example, we joined the project to recycle the spark plugs of the engines of its cogeneration plants proposed by the manufacturer with the aim of recovering and then reusing precious resources and materials, ensuring less use of raw materials and greater availability of the finished product.
We continue to take care of our people and our planet with several initiatives.

By monitoring energy consumption in a decentralized way, we can assess where we can improve the efficiency of our facility, and implement energy rationalization procedures and best practices, in order to increase our energy efficiency.

Energy Efficiency: Implementing efficient production processes and technologies to reduce energy consumption.
Renewable Energy: Shifting to renewable energy sources like solar and wind to decrease reliance on fossil fuels.
Product Design: Designing sustainable products, using eco-friendly materials, and minimizing the carbon footprint of products.
Carbon Emission Monitoring: Establishing a system for monitoring and reporting carbon emissions, regularly evaluating and publicly disclosing emission data.
Employee Training: Enhancing training for employees on environmental awareness to improve overall sustainability consciousness.

The Government of Indonesia has committed to reducing greenhouse gas emissions by 29% by 2030 against the business as usual scenario with its own efforts and reducing greenhouse gas emissions by 41% % by 2030 with international assistance. Specifically for the energy sector, this figure translates into a reduction in emissions of 314 million tons of CO2e by 2030. Until 2021, the realization of reducing greenhouse gas emissions in the energy sector reached 70 million tons of CO2e. Indonesia itself has targeted net zero emissions by 2060 and has prepared concrete steps in that direction by implementing 4 pillars towards a net zero emission country or Net Zero Emission (NZE), namely promoting the use of new and renewable energy, increasing electrification for all sectors so that they no longer use fuel, distributing energy energy derived from new and renewable energy to island islands that are in need, and last but not least, to carry out conservation and energy efficiency.

Installing photovoltaic panels
Batteries in offices
electric cars
hybrid cars

We provide best technical and energy efficiency solutions for all our customers looking forward to improve their own energy efficiency.

Our strategy is to help our clients save energy, avoid emissions, and become more conscious and, consequently, competitive. Additionally, we enable them to store reduction data on our platform.

We support optimization of operations for our customers to stay sustainable and compliant: they understand resource utilization to reduce waste, increase efficiency, and keep up with evolving regulations. They can also operate in a clean, sustainable way to stay productive while acting as an environmental steward.​

UYTUNS Automation will fulfill this commitment by using renewable energy.

Manufactured by the latest methods, MUNSCH pumps stand for operating reliability, robustness, maximum energy efficiency, excellent hydraulics, ease of maintenance, low lifecycle costs and ease of assembly and disassembly. Our rigorous quality management assures the highest quality standard of our products and manufacturing operations.

At EKMO, we recognize the critical role of energy efficiency in achieving a sustainable, low-carbon and energy- and resource-efficient future. We recognize the urgency and want to do our part in reducing global CO2 emissions.

Electric motors consume more than 45% of the world’s electric energy and are responsible for more than 15% global CO2 emissions. The vast majority of motors that are running and sold are still of lower efficiency classes.

How are we going to help:

We want to enable as many electric motor producers to produce IE5 ultra premium energy efficiency motors for a similar price of producing IE3 less energy efficient induction motors. We will do this by licencing our SMPM technology which does not use any rare earth metals in magnets, but only ferrite.

This enables electric motor producers to offer higher efficiency drive to the market for a competitive price and boosts adoption of high efficiency motors.

Therefore, we pledge to:

Do all what is within our power to Reduce Energy Consumption by helping electric motor producers to produce electric motors with higher efficiency at a competitive price of mainstream motors and with this boost the adoption rate of high efficiency motors.

Our goal is that by the end of 2027 we will enable more than 10 electric motor producers to start producing IE5 ultra premium energy efficiency motors and that these will become the main product type sold by the producer, replacing lower efficiency motors.

With this we hope to save more than 200.000.000 kW/h and save more than 45.000 metric tons of CO2 emissions per year.

By setting these measurable targets, we EKMO commit to transparently tracking and reporting our progress towards a more sustainable and energy-efficient future.

We invite like-minded organizations to collaborate with us in accelerating the adoption of higher efficiency IE5 motors

Gözalıcı Energy Ltd. recognizes the critical role of energy efficiency in achieving a sustainable, low-carbon, and energy- and resource-efficient future. We are committed to addressing the urgent need to combat climate change by reducing energy consumption and carbon emissions across our operations and supply chain.

Relevant Emission Scopes for Gözalıcı Energy Ltd.:

For our company, Scope 1 emissions, which include direct emissions from our facilities, and Scope 2 emissions from the energy we purchase, are most relevant due to our operations in waste heat recovery and energy solutions. Additionally, Scope 3 emissions related to our supply chain and the lifecycle of our products are significant, as they encompass the environmental impact of our suppliers and the usage of our energy-efficient technologies by customers.

Our Commitments and Targets:

Reduce Energy Consumption: We will implement energy-efficient technologies and practices in all our operations to achieve a measurable reduction of 15% in our annual energy consumption compared to the baseline year 2024.

Increase Renewable/Carbon-Free Energy: We aim to source 50% of our energy needs from renewable or carbon-free sources by 2030, significantly reducing our carbon footprint and impacting our Scope 1 and Scope 2 emissions.

Sustainable Supply Chain: We will collaborate with our suppliers to disclose their environmental targets and actions, striving to procure low-carbon and resource-efficient products. This effort will significantly reduce our Scope 3 emissions.

Product Lifecycle Sustainability: We are committed to designing and manufacturing products that are energy-efficient, durable, and recyclable, thereby minimizing the environmental impact throughout the entire lifecycle of our products.

Reduce Our Product’s Energy Consumption: By offering our customers highly energy-efficient solutions like waste heat recovery systems, we aim to help them reduce their Scope 2 emissions, which in turn decreases our Scope 3 emissions.

Green Transportation: We will transition 30% of our company fleet to electric or hybrid vehicles by 2028 and promote sustainable transportation methods among our employees, including carpooling, public transport, and biking, thereby contributing to a decrease in Scope 3 emissions.

Innovation and Continuous Improvement: Gözalıcı Energy Ltd. will invest in research and development to explore new materials, technologies, and manufacturing processes that further our sustainability goals, ensuring continuous improvement and maintaining leadership in sustainable energy solutions.

Transparent Progress Tracking: We commit to transparently tracking and reporting our progress towards these targets, holding ourselves accountable to a more sustainable and energy-efficient future.

Gas flaring, a common practice in the Oil & Gas industry, has long been associated with wasted energy and environmental concerns. However, innovative solutions are emerging to turn this harmful practice into an opportunity for power generation and Carbonfootprint reduction. Gas turbines, renowned for their efficiency and flexibility, are leading the charge in utilizing gas flare as a free and sustainable fuel source.

We are executing this commitment by implementing new efficient technologies and optimizing processes to enhance overall performance and productivity.

Our company has set a strategic goal to increase energy efficiency and reduce carbon emissions by 2030. In line with this goal, we plan to complete our investments in solar energy systems (SPP) and transition to electric vehicles charged with renewable energy sources.

Solar energy systems will minimize our environmental impact by supporting sustainable energy production. At the same time, the installation of these systems will save energy costs and significantly reduce our company’s carbon footprint.

Charging our electric vehicle fleet with renewable energy will both reduce operational costs and contribute to environmental sustainability. These steps will enable our company to move towards an environmentally friendly and energy-efficient future, and will also help us achieve our corporate social responsibility goals.

Realizing these goals by 2030 will provide long-term benefits in both environmental and economic terms and will reinforce our company’s leadership in sustainability.

We, Mandelli Srl, recognize the critical role of energy efficiency in achieving a sustainable, low-carbon and energy- and resource-efficient future. We recognize the urgent need to address climate change and reduce energy consumption and carbon emissions.

Therefore, we pledge to:

– Sustainable supply chain: Work with out suppliers to disclose their environmental targets and actions and
therefore significantly reduce our Scope 3 emissions. Work with our suppliers to procure low-carbon and
resource-efficient/circular products and therefore significantly reduce our Scope 3 emissions.
– Product Lifecycle Sustainability: We commit to design and manufacture products that are energy efficient, durable, and recyclable, thereby reducing the environmental impact of our products during their entire life cycle.
– Reduce our product’s energy consumption: Offer our customers energy efficient products to help them reduce their Scope 2 emissions, and therefore decreasing our own Scope 3 emissions.
– Innovation and Continuous Improvement: We will invest in research and development to explore new materials, technologies, and manufacturing processes that further our sustainability goals. Continuous improvement to remain at the cutting edge of sustainable manufacturing.

By setting these measurable targets, we Mandelli Srl commit to transparently tracking and reporting our progress towards a more sustainable and energy-efficient future.

CIET supports the career growth of over 2,500 energy efficiency and decarbonization professionals every year. Our courses and certification programs have been carefully designed to help both individuals and organizations develop the most in-demand skills in the industry. CIET is is committed to train as many market players as possible to enable greater and better use of energy efficiency.

Besides, with its parent company Econoler, CIET has taken actions toward environmental management in daily operations as follows.
– To further mitigate the environmental impacts of its activities, CIET pledges to offset a part of the carbon emissions it generates due to staff travel. Reliable and recognized calculators are used to estimate the carbon footprint of those activities.
– When travel is necessary, CIET favors the use of more efficient means of transport, such as bus or train.
– Offices are located downtown, near public transit and bicycle paths.
– CIET encourages the use of public transit by paying 50% of the costs.
– Several measures promoting remote work to thereby limit travel emissions have been implemented to reduce our environmental impacts
– Office space has undergone energy retrofits with high-efficiency lighting, presence detectors, setback thermostats and other low-energy devices.
– Employees have been made aware of the importance of preserving resources.
– Electronic documents are favored over printing. When printing is needed, our office has a dedicated printer to reuse sheets with an unused side.
– All our office devices are ENERGY STAR® certified.
– The firm has a recycling policy for paper and other recyclable waste, as well as battery collection bins. Therefore, all materials are recycled as needed. Old computer equipment is also recycled by a specialized firm.
– CIET encourages conference call meetings.
– CIET now offers 80% of its training courses remotely, thereby limiting travel and printing paper materials, by fostering sharing material virtually. Even for in-person courses, CIET provides the material for almost all its courses virtually.

Our company is helping clients to decarbonize, achieve energy reductions and their Scope 1,2 and 3 goals.

Dongguan Haoxin Precision Machinery Co., Ltd. aims to continuously promote sustainable development and take a series of measures to reduce energy usage and carbon dioxide emissions. We commit to gradually reducing energy usage (in kilowatt-hours) and carbon dioxide emissions through technological improvements and energy efficiency enhancements. The specific reduction targets will be assessed based on the company’s development and resource conditions. We will make ongoing efforts and publish relevant progress updates.

At KVC Industrial Supplies Sdn Bhd, we recognise the critical role of energy efficiency in achieving a sustainable, low-carbon, and resource-efficient future. Addressing climate change by reducing energy consumption and carbon emissions is a priority for us.

From FY19 to FY23, our total Scope 1 and Scope 2 emissions, mainly from vehicle fuel consumption and electricity use, amounted to 1,279 tCO2e, representing 35% of our overall emissions. During the same period, our Scope 3 emissions, which include upstream logistics, commuting, professional travel, upstream electricity and energy, packaging material consumption, waste, and downstream logistics, totalled 6,013 tCO2e, or 22% of our total emissions.

To address these challenges, we pledge to:

1. Reduce Energy Consumption: Implement energy-efficient technologies and practices globally to achieve a measurable reduction of 22% in our annual energy consumption compared to the baseline year 2019. From FY19 to FY23, we reduced emissions from electricity combustion by 38%, totaling 1,099 tCO2e.

2. Increase Renewable/Carbon-Free Energy: Strive to source 46.2% of our energy needs from renewable or carbon-free sources in all manufacturing facilities by 2030, significantly reducing our Scope 1 and Scope 2 emissions. In FY23, 26% of our building electricity consumption was converted to green electricity via solar PV.

3. Sustainable Supply Chain: Collaborate with our suppliers to disclose their environmental targets and actions, significantly reducing our Scope 3 emissions. We are working with Schneider to improve transport data quality.

4. Increase and Innovate Sustainability Services: Expand and evolve our sustainability services to address climate change, enhance energy efficiency, and support our customers in achieving their own sustainability goals.

5. Leverage Digital Technologies: Utilize digital tools and collaboration technologies to minimize our environmental impact, reducing the need for travel and its associated emissions. This includes using a concur system to monitor associate travel.

6. Invest in Emission Reduction Solutions: Ensure that 96% of our employees actively participate in energy-saving initiatives and sustainable practices, contributing to our overall energy efficiency goals. We have conducted an Energy Transition Academy, training 96% of our associates on CO2 footprint and circularity modules. Additionally, our sales force has received ESG training on sustainable solutions offered to our customers.
By setting these measurable targets, KVC Malaysia commits to transparently tracking and reporting our progress toward a more sustainable and energy-efficient future.

We, HSL Automation, recognize the critical role of energy efficiency in achieving a sustainable, low-carbon and energy- and resource-efficient future. We recognize the urgent need to address climate change and reduce energy consumption and carbon emissions.

• We pledge to inform and educate our clients do drive sustainable practices.

1. Reduce Energy Consumption: Implement energy-efficient technologies and practices in all our offices globally to achieve a measurable reduction of 12% in our annual energy consumption compared to the baseline year 2023.

2. Sustainable supply chain: Work with out suppliers to disclose their environmental targets and actions and significantly reduce our Scope 3 emissions.

3. Green Transportation: We commit to transitioning 30% of our company fleet to electric or hybrid vehicles by [Target Year] and encouraging sustainable transportation methods among our employees, such as carpooling, public transportation, and biking.

4. Increase and innovate sustainability services: Expand and evolve our sustainability services to address climate change, enhance energy efficiency and support our customers with their own sustainability goals.

5. Leverage digital technologies: We commit to leveraging digital tools and collaboration technology to minimize our environmental impact, reducing the need for travel and its associated emissions.

• By setting these measurable targets, we HSL commit to transparently tracking and reporting our progress towards a more sustainable and energy-efficient future.

We, Gradyent.ai, recognize the critical role of energy efficiency in achieving a sustainable, low-carbon and energy- and resource-efficient future. We recognize the urgent need to address climate change and reduce energy consumption and carbon emissions.

We help our clients reduce emissions from heating, both in the Built environment and in Industry which together make up >50% of global energy use & emissions.

Therefore, we pledge to help our clients reduce up to 10% of their emissions through more efficient use of their heat through our Digital Twin solution. This reduction is realized across production, transportation & use of heat.

In the Built Environment, we want to make cities more sustainable by enabling our clients – Together, we can make their District Heating Grids more intelligent and impactful. Our technology helps to optimise, decarbonise and grow District Heating Grids towards a more reliable and efficient operation.

Industries need to optimise, transform and decarbonise their operations in order to thrive in the years to come. Industrial Steam Grids will continue to serve as the main energy backbone of any industrial operation. Critical, yet often overlooked, these systems provide an opportunity for increased energy efficiency. They also offer a way to replace conventional heating sources with more sustainable ones, like heat pumps and e-boilers.

By setting these measurable targets, we Gradyent commit to transparently tracking and reporting our progress towards a more sustainable and energy-efficient future.We, Gradyent.ai, recognize the critical role of energy efficiency in achieving a sustainable, low-carbon and energy- and resource-efficient future. We recognize the urgent need to address climate change and reduce energy consumption and carbon emissions.

Euroheat & Power and its members are leading the transition to sustainable DHC networks, with a sector already reaching a total share of 42.6% renewable and waste heat sources. We are firmly committed to achieving 100% renewable and recovered heat in district heating and cooling (DHC) networks, across Europe, to reach carbon neutrality by 2050, in line with the EU’s climate ambition.

DHC networks are an efficient and sustainable way of meeting the heating and cooling needs of industries and buildings compared to individual, decentralized systems. They enable tapping into sustainable heat resources that would otherwise not be possible to exploit at a large scale. Hence, they foster more renewable, circular, and energy-efficient energy systems. DHC is already widely recognized for its key role in decarbonizing the heating and cooling sector, a daunting challenge as the sector accounts for half of the EU energy demand and more than 40% of our CO2 emissions.

Euroheat & Power actively supports its members in transitioning DHC networks away from fossil fuels and towards clean, renewable energy sources. The organisation works towards setting adequate policy frameworks and financing mechanisms to enable the modernization and expansion of DHC networks, as an essential element for the swift decarbonization of the heating and cooling sector.

We advocate for policies that encourage a district approach to building renovations, efficiency, and promote renewable and recovered heat sources, in line with local plans. We actively collaborate with EU policy-makers to address potential gaps in the 2050 strategy by ensuring DHC networks and renewable and recovered heat play a central role in achieving climate neutrality.

As a company, we understand the critical importance of reducing our environmental impact, decreasing energy consumption, and lowering CO2 emissions.

To achieve this goal, we are implementing specific actions and strategic measures to diminish our ecological footprint and enhance sustainability:

– Our objective is to fulfill 25% of our energy requirements through renewable sources. This includes the recent installation of an advanced photovoltaic system.
– Our Research and Development department serves as the core of our organization. We aim to create cutting-edge products and solutions that excel in technology and energy efficiency.
– We are dedicated to offering our customers highly efficient fans that reduce energy usage.

Industrie CBI is an Italian company specializing in the design and manufacturing of advanced industrial fans. With over six decades of experience, we excel in delivering tailored projects. By blending expertise and innovation, we provide customized solutions that address each client’s specific requirements, ensuring optimal performance and environmental friendliness.

Econoler is aware that, as a driver of development, its operations and business activities have strong impacts on the economies and communities where we are involved. Therefore, we develop and implement our projects with the primary objective of delivering permanent benefits to people, communities and economic stakeholders.

It is natural for Econoler, a firm dedicated to the rational use of natural resources and renewable energy, to adhere to strict environmental management principles in its operations. The firm has taken genuine actions toward environmental management in daily operations as follows.
– To further mitigate the environmental impacts of its activities, Econoler pledges to offset a part of the carbon emissions it generates due to staff travel. Reliable and recognized calculators are used to estimate the carbon footprint of those activities.
– When travel is necessary, Econoler favors the use of more efficient means of transport, such as bus or train.
– Offices are located downtown, near public transit and bicycle paths.
– Econoler encourages the use of public transit by paying 50% of the costs.
– Several measures promoting remote work to thereby limit travel emissions have been implemented to reduce our environmental impacts
– Office space has undergone energy retrofits with high-efficiency lighting, presence detectors, setback thermostats and other low-energy devices.
– Employees have been made aware of the importance of preserving resources.
– Electronic documents are favored over printing. When printing is needed, our office has a dedicated printer to reuse sheets with an unused side.
– All our office devices are ENERGY STAR® certified.
– The firm has a recycling policy for paper and other recyclable waste, as well as battery collection bins. Therefore, all materials are recycled as needed. Old computer equipment is also recycled by a specialized firm.
– Econoler encourages conference call meetings.
– The firm endeavors to promote a procurement process that integrates environmental and social standards to ensure that goods and services are used to protect the environment as well as follows health and safety standards to eliminate hazards to humans and ecosystems.

Besides, as an energy efficiency consulting firm, we commit to support governments and other partners to achieve their goals by:
•Developing , implementing and evaluating energy efficiency programs and projects
•Developing and assessing plans and policies that strengthen energy efficiency
•Developing adapted financial mechanisms
•Developing and offering training and capacity-building services
• Developing and implementing energy efficiency codes, standards and labels, regulations
•Continuing to develop and support the development of Energy Service Company (ESCO) and Super ESCO initiatives that allow third party investment in and ownership of energy efficiency assets

We’re an advertising agency and in the last 10 years we educated and brought up the idea of up-cycling to tens of thousands of people via our educational activities.
Thus we would like to educate at least 10 000 more people till 2030 (as we are convinced that education and enlightenment are the prevention of redundant consumption and promoters of more sustainable life).

The way we educate is through our workshops, where hands-on activities are an essential part, also by joining company and public events, via the cooperation with government and last but not least by organizing sustainable events.
We are giving second life to e.g. old gramophone records, advertising banners, old bottles, fire hoses or unused printed matters (full catalogue available on our site).
Under our hands wall clocks, bags, backpacks, carafes or for instance furniture or whole art works and sculptures are being created. From 2024 we are able to calculate CO2 and water savings for our clients.

One example of our work is the art object/sculpture designed for “Vysoká škola Báňská” (VSB – Technical University of Ostrava) and made from electrical waste. Regarding our workshops we can definitely mention one, much appreciated by children (but not exclusively), and that is our workshop for toy car models from waste cardboard and unused electronic parts (one of these was done for company Hyundai).
For Moravian-Silesian Region we crafted sofas from old bathtubs and chairs from old barells which were then used on the music festival Colours of Ostrava. For this particular event we also designed jewellery from LPs. Thanks to the attendance of the festival we were able to reach out to and inspire multiple thousands of people at one place.

We like challenges, that’s why we also work on projects with prototype manufacturing. For this type of activity we have perfect references. Firstly a chair from unused printed matter made and designed specifically for company Generali (and we are happy how this beautiful piece inspires all the employees in the office), secondly our unique up-cycled hand-made bobsleighs from used truck tarpaulins. These ones are really fun to go on a ride with, not only we are able to bring families together, but also the education about the topic is directly accompanied with fun. And that – we think – is definitely worth it! 🙂

We, Trillium Pumps Italy, recognize the critical role of energy efficiency in achieving a sustainable, low-carbon and energy- and resource-efficient future. We recognize the urgent need to address climate change and reduce energy consumption and carbon emissions.

• casting and manufacturing, transport

• Therefore, we pledge to find innovative way to produce pump components:

1. Work with out suppliers to disclose their environmental targets and actions and therefore significantly reduce our Scope 3 emissions. Work with our suppliers to procure low-carbon and resource-efficient/circular products and therefore significantly reduce our Scope 3 emissions.
2. We commit to design and manufacture products that are energy-efficient, durable, and recyclable, thereby reducing the environmental impact of our products during their entire lifecycle.
3. Reduce our product’s energy consumption: Offer our customers energy efficient products to help them reduce their Scope 2 emissions, and therefore decreasing our own Scope 3 emissions.
4. Green Transportation: We commit to encouraging sustainable transportation methods among our employees, such as carpooling, public transportation, and biking.
5. Innovation and Continuous Improvement: We will invest in research and development to explore new materials, technologies, and manufacturing processes that further our sustainability goals. Continuous improvement to remain at the cutting edge of sustainable manufacturing.

Design2Occupancy (D2O) is committed to achieving energy and CO2 reduction goals through a multifaceted approach, focusing on innovative solutions and sustainable practices. Here are some of the key strategies and initiatives D2O employs to execute this commitment:

Energy Audits and Commissioning:

Conducting comprehensive energy audits to identify inefficiencies and opportunities for energy savings.
Implementing commissioning processes to ensure building systems are designed, installed, and maintained to operate efficiently.

Green Building Facilitation:

Facilitating the design and construction of green buildings that meet high standards of energy efficiency and sustainability.
Promoting the use of eco-friendly materials and technologies in building projects.
MEPF Services:

Providing integrated Mechanical, Electrical, Plumbing, and Fire (MEPF) services to optimize the overall energy performance of buildings.Utilizing advanced MEP systems to reduce energy consumption and enhance occupant comfort.
Solar Installation:

Implementing solar energy solutions to reduce reliance on fossil fuels and lower carbon emissions.
Designing and installing solar photovoltaic systems for residential, commercial, and industrial applications.
HVAC Controls:

Utilizing advanced HVAC control systems to improve energy efficiency and indoor air quality.
Implementing smart technologies for precise control and monitoring of HVAC systems.
Training and Capacity Building:

Training architects, engineers, consultants, and government officials on the Energy Conservation Building Code (ECBC) and other energy efficiency standards.
Sharing knowledge and best practices in energy efficiency and sustainability through workshops and seminars.
Certification and Compliance:

Ensuring buildings comply with national and international energy efficiency standards and certifications, such as IGBC, GEM, and ECBC.
Providing third-party assessment services for energy conservation compliance.
Innovative Technologies:

Leveraging Building Information Modeling (BIM) for precise energy modeling and simulation.
Exploring and implementing innovative technologies to enhance building performance and reduce carbon footprint.
Community and Stakeholder Engagement:

Engaging with stakeholders to promote awareness and adoption of energy-efficient practices.
Collaborating with industry partners, government bodies, and technical organizations to drive sustainability initiatives.
By integrating these strategies into their operations, D2O is able to make significant strides towards achieving their energy and CO2 reduction goals, contributing to a more sustainable built environment.

CCI has adopted a responsible and sustainable approach to addressing energy efficiency challenges. Responsibility is a core value of CCI’s culture and is embodied by making choices that take into account the interests, both economic and related to sustainability, of our stakeholders, knowing that all organizations can contribute to a just and environmentally sustainable transition.
Therefore, our business model is geared toward improving economic, social and environmental performance to facilitate the achievement of a more sustainable, profitable and low-risk future. In parallel, CCI’s continues to grow and evolve also through the development and consolidation of relationships with its stakeholders, listening to their needs, with the aim of innovating and driving change within a market that is constantly progressing.

Last year, we continued to invest in energy efficiency and the use of alternative energy sources. We worked hard to improve our practices and reduce the environmental impact of our operations. Not only have we focused on the environmental aspect, but we have also taken steps to promote the welfare of the local communities in which we operate.

The coming years represent a crucial transition for CCI, which will have to continue to strengthen its fundamental role in the process of ecological transition. With this in mind, the search for innovative tools to reduce the environmental impact of our activity, actively contributing to the fight against climate change, will prove crucial.

We, IBEJ, recognize the critical role of energy efficiency in achieving a sustainable, low-carbon and energy- and resource-efficient future. We recognize the urgent need to address climate change and reduce energy consumption and carbon emissions.

We are in touch with clients from many different types of industries, so we are aware of excessive energy consumption. Our plan is to help them to reduce energy consumption and carbon emissions by:

1. Educating them about energy efficiency
2. Finding parts of their process that can be optimized to use less energy, and also to improve productivity
3. Using new, more efficient technologies
4. Finding arguments for clients that investing in energy efficiency leads to big savings and more profit

This way our clients are learning more about energy efficiency, becomes aware of it, and interested in finding new solutions for their industries. In this approach, it is a win-win solution for both, clients/investors and also for our planet.

As service provider and contractor, we are committed to help organizations to achieve their corporate sustainability goals specifically in reducing emissions by investing in energy efficiency and Renewable Energy technologies. Our clients are Commercials, Industries, Utilities and Households in Tanzania. Our strategy is to actively look for clients by engaging potential clients through business forums, conferences and active face to face and virtual meetings.

Our commitment revolves around providing uninterrupted support in energy efficiency and sustainability. We assist our clients in enhancing their energy performance by offering feasible solutions aligned with standards such as energy audits and ISO 50001. Concurrently, we focus on developing emission reduction strategies to minimize client’s environmental footprint. We aim to empower clients to optimize their energy usage, reduce costs, and concurrently enhance sustainability by fulfilling their environmental responsibilities.

We educate customers to use more efficient and sustainable products / spare parts. Provide with energy saving solutions for industrial equipment by which the customer can reduce energy losses, work more efficiently, lower their daily usage of electricity without disrupting their daily business. These solutions can work separately or together as a whole complex. Main energy saving and sustainability programs we are currently focusing are: 1) Electric motor switch to IE4 or IE5 efficiency; 2) Power Transmission V-belt transitioning to Synchronous belt; 3) Power Transmission – usage of lube-free chains; 4) Pump auditing and replacement with more efficient ones; 5) Replacement of mineral oil with Synthetic Polyglycol based oil; 6) Loss detection, sustaining enough pressure for pneumatic equipment and tools in a compressed air production field. Compressor auditing and recommendations for higher efficiency.

Our Research and Advocacy
Through our data-driven approach, we aim to highlight the indispensable role of energy efficiency in the global energy transition, manufacturing and services. We advocate for its recognition as a core pillar alongside renewables, emphasizing that efficiency measures can lead to more sustainable and equitable outcomes. Our work underscores that a balanced approach, integrating efficiency with renewables, is essential for a holistic and effective energy strategy.

The Institute for Essential Services Reform (IESR) is a think-tank in the energy and environment sector. IESR encourages transformation towards a sustainable energy system by advocating for public policies that rely on data-based and scientific studies, providing assistance and capacity development, and building strategic partnerships with non-government actors

By means of active policy advocacy to the Dutch Government, to local Dutch autorities and to the adress of the European Union.

In family-owned businesses of small and medium size, like Zembe, investments and concerns are focused on generations rather than quarters. The close relationships we have with our employees and their real-life issues, as well as our involvement in the communities we are part of, are additional aspects that have made broad sustainability a central concern of our organization for many years.
This circumstance causes companies like ours to make decisions genuinely aligned with sustainability concerns rather than simply maximizing profits at any cost.
We believe that this genuine concern for people is one of the main differentiating factors in relation to multinational companies, which compete with us in the market for hiring and retaining talent. This approach is one of the main pillars for having strong and profitable organizations, creating a virtuous and interesting correlation, where one of the factors for creating strong and profitable organizations is the approach of not seeking profit at any cost.
The three pillars defined by ESG, which are the Environment, Social, and Corporate Governance, are three axes that well structure concerns about sustainability, and therefore we will use this methodology for our plan.
We work continuously to strengthen our position as a sustainable partner in the electrical materials industry in Portugal.
Our formal business plan will be public in our website soon.

Mostly by reducing the consumption of energy with instalations of fotovoltaic central plants.

Replace actual fleet by electrical vehicles.

At Indusmelec we seek to provide the customer with more energy-responsible solutions, such as IE5 class drives and motors.

Transition diesel to electrical cars for company automobiles.

Since the early 1950s, KLAUS UNION has been committed to its responsibility for the environment and mankind which in turn led to the development of the first magnet drive pump. In combination with specially developed containment shells, KLAUS UNION magnet drive pumps protect mankind and the environment from leakage of fluids detrimental to the environment and health of mankind.

During the past decades, KLAUS UNION has made a significant contribution to the further development of magnet drives and containment shells. Due to the increase in the transmission capacity of magnet drives, pumping capacities have increased substantially.

Since 2016, our company has implemented an Energy Management System to ISO 50001 certified by TÜV Nord. Since then it has been our aim to improve the energy efficiency of our operations. We have optimized our manufacturing processes by minimizing non-productive time on our machines, optimizing our use of compressed air and successive replacement of conventional light sources by LED light sources.
Furthermore, we have installed a photovoltaic system on our factory premises and the share of energy generated by it in total energy consumption was 59.4%. In the upcoming years, we intend to measure and document the energy consumption in our factory. The energy consumption shall be linked directly to our production data ensuring that our production-related energy consumption is available at the exact time of manufacture allowing to determine the product-related carbon footprint and to analyze such data in order to further optimize our manufacturing processes and to reduce our carbon footprint.

Meanwhile, we have developed highly efficient non-metallic zirconium oxide containment shells which are electrically non-conductive. Because of this property, no eddy current losses affect pump performance and no heat is added to the pumped fluid. By using a
zirconium oxide containment shell, the energy consumption of the pump can be reduced by 10 % to 15 % compared to a pump equipped with a metallic containment shell. And with reduced shaft power demand, smaller electric motors and cables can be installed. It is our aim to provide our customers with the necessary information allowing them to decide whether a zirconium oxide containment shell will be appropriate for their pumping process. We thus help them to reduce their energy consumption by an estimated 14080 MWh/a until 2030. This will reduce their carbon footprint and enable them to achieve their sustainability goals.

Our commitment is to help industries make real and lasting conservation improvements in electric motor drive system that optimize energy usage and reduce power consumption and also educate and assist decision makers in their efforts to implement proven energy-saving strategies in their facilities and operations.
TriElectric will achieve these goals by stocking and promoting only IE3, IE4 and IE5 efficient motors. So that even in urgent and emergency situation our customer can opt for highly efficient motors. We are also conducting study and energy audit at customer place for the various Energy saving opportunities in motor driven system and providing suitable energy efficient solutions.

We aim to install 100 000 units of our solution globally by end of 2025. This through working with all industries and showing that energy efficiency doesnt have to be hard or cost a lot of upfront. Savings can be done immediately upon installation and save both energy and maintenance cost.

We help French medium sized organizations identify wasted energy and consequentially save considerable amounts on their bills, through metering key equipment, process and equipment optimization, implementing intelligent technology and thorough energy management. Our services and products are fully financed and require no investment (no capex). We guarantee our customer’s energy savings upfront!

Akmenės Cementas’ decarbonisation strategy. Decarbonisation of the cement industry is driven by the continuously developing regulation, in line with the European Green Deal, the EU aims to achieve climate neutrality by 2050. To meet this goal, greenhouse gas emissions must significantly decrease. Akmenės Cementas follows a purposeful strategy and works towards the decarbonisation in the following ways: Priority 1. Switching to alternative fuels. Akmenės Cementas is implementing the project “Reducing CO₂ emissions by replacing fossil fuels with alternatives”. The implementation of the project will make it possible to abandon fossil fuel (coal) by replacing it with alternative fuels. After the implementation of the project coal replacement rate of about 90% will be achieved, thus significantly reducing the amount of CO₂ emissions released from the fuel (up to 30%). Priority 2. Clinker factor reduction. Planned projects and investments of new technologies aims to achieve the average reduction of the clinker factor in cement composition, reducing average CO₂ emissions associated with the production of cement. Priority 3. Carbon capture and storage (CCS). Akmenės Cementas is currently working on the decarbonisation process and together with partners from Latvia, Lithuania, Japan and Norway plan to implement the “CCS Baltic Consortium” project, a Projects of Common Interest (PCI) status already received, which aims to significantly reduce CO₂ emissions from two EU member states (Lithuania – AB Akmenės Cementas and Latvia – SIA SCHWENK Latvia cement factories) using CCS technologies. The main objective of the CCS Baltic Consortium project is to develop a comprehensive CCS value chain in the Baltic region and achieve substantial GHG emission reductions in the connected industrial installations operating in the hard-to-abate sector.

AEEE Consultancy Services is leading energy auditors, energy efficiency consultants & energy efficiency project consultant for various sectors of Industries & commercial buildings. Completed more than 700 Industrial & 200 commercial building energy audit. Team of 7 Nos engineers along with world class energy audit equipment is fully dedicated to energy efficiency cause.

Solas Capital is not a carbon emitter. As experts in EE financing in buildings and industry, we connect Energy Service Companies (ESCOs) with institutional investors and with that enable energy consumers to carry out CO2 reducing measures without upfront costs. Solas Capital is committed to achieving significant CO2 savings with its financing while delivering attractive returns to institutional investors and thus, supporting the transition to Net-Zero. Solas Capital enables the scaling up of EE investments and technologies.

We have decided to join the EEM initiative because we perceive responsibility for the sustainability of both our company and society as a whole. Since our association holds a unique position in the Czech Republic, we want to set an example in this direction as well. Collaborating with ABB on activities is thus a logical step towards improving environmental quality.

Currently, we are focusing on two ways to reduce the impact of our activities on the environment. The first method is intelligent ride-sharing and low-consumption cars during business trips. This significantly reduces both the number of kilometers traveled and the amount of fuel consumed. We expect to reduce the number of kilometers traveled by at least 20% by 2030 compared to 2024, but likely even more.

The second significant contribution to sustainability is relocating our own company. We will leave the current building, probably built sometime in the 1980s, and move to a new, low-energy one, which we are currently having designed. It will combine highly efficient energy management methods with modern intelligent systems (PV, heat pumps, heat recovery, smart blinds, predictive heating, etc.) with efficient materials that meet the requirements for a high energy class.

We’re implementing a multi-pronged approach to reduce energy consumption. This includes upgrading to energy-efficient machinery, optimizing production processes to minimize waste, and installing smart sensors to monitor and regulate energy use throughout our facilities.

By 2030, Yamazaki Mazak will achieve a 50% reduction in emissions compared to 2010.

Mazak aims to reduce CO₂ emissions throughout the entire product life cycle, from product development to use to disposal, in order to contribute to a carbon-neutral society. This objective is implemented through the “Mazak Go GREEN” initiative, which focuses on reducing CO₂ emissions.
The company focuses on developing energy-efficient products and uses data from its products installed in the iSMART Factory™ to analyze and develop energy-saving technologies.
Specific steps, services and products.
These features not only increase productivity but also reduce environmental impact. NEO series machines are designed with high productivity and machining precision in mind and allow for a significant reduction in energy consumption compared to conventional machines. This means that they produce less CO₂ during use at the customer’s plant. Mazak is committed to developing technologies for decarbonisation through productivity improvements and promotes four approaches to reducing CO₂ emissions: the use of energy-saving technologies, the implementation of artificial intelligence and digital technology, process integration and resource conservation. In this way, it contributes to protecting the environment and achieving a sustainable society.