Traditional water treatment methods often rely on chemicals, which can be harmful to handlers, the environment, and water systems. AQUARING offers a groundbreaking alternative by <b>using high-frequency electric pulses to treat water</b>. This innovative technology not only <b>minimizes chemical use but also addresses major health and safety concerns, such as the spread of Legionella</b> and other harmful bacteria.

AQUARING's system works by emitting multi-frequency electric signals permeating comprehensively the water in the pipes. These signals&nbsp;<b>prevents limescale buildup</b> by keeping calcium and carbonate ions in suspension, preventing them to form hard deposits. This same process also facilitates <b>the&nbsp;breakdown and dissolution of existing&nbsp;limescale and biofilm, improving the efficiency and sanitization of&nbsp;water systems.</b> Additionally, the electric field disrupts bacteria and bio-fouling, eliminating harmful microorganisms like Legionella, making the system particularly valuable in the <b>animal farming, agriculture, agri-food, hospitality and healthcare sectors.</b>

The benefits of AQUARING's technology extend beyond health and safety. <b>By preventing limescale, corrosion, and biofouling, it enhances the performance and longevity of industrial and commercial&nbsp;water systems and capital equipment, reducing maintenance costs and improving energy efficiency.</b> Industries such as <b>manufacturing,</b> <b>pharmaceuticals, power and food processing can see immediate operational improvements</b>, while residential and hospitality setups <b>benefit from cleaner, safer water.</b>

In partnership with <a href="https://reurasia.com/">REURASIA</a>&nbsp;(https://reurasia.com/), <a href="https://www.aquaring.it/">AQUARING</a> (https://www.aquaring.it/) is bringing its eco-friendly water treatment solutions to the Philippines and the broader Asia-Pacific region. This partnership ensures local assistance and support services to industries and communities to access advanced, sustainable water treatment technologies that align with government initiatives on energy efficiency and environmental protection.

For more information or request for quotation you may send your query to aquaring@reurasia.com

<p>AQUARING, an Italian company revolutionizing water treatment for the past two decades by using eco-friendly high-frequency electric pulses instead of harmful chemicals, expands in the Philippines. This technology, made in Italy, prevents scale buildup and eliminates bacteria like Legionella, enhancing health and safety in industrial and hospitality settings. Through its partnership with Reurasia, AQUARING brings these sustainable solutions to the Philippines and Asia-Pacific, aligning with environmental initiatives and promoting a greener future.</p> <p>Traditional water treatment methods often rely on chemicals, which can be harmful to handlers, the environment, and water systems. AQUARING offers a groundbreaking alternative by <b>using high-frequency electric pulses to treat water</b>. This innovative technology not only <b>minimizes chemical use but also addresses major health and safety concerns, such as the spread of Legionella</b> and other harmful bacteria.</p><img style="width: 100%;" src="https://imagedelivery.net/H6_s_Eb_ylTWnSEV3HlmYQ/75a99748-853a-4e4e-2c85-5c398bfb8300/public" alt="Aquaring installation on a cooling tower in BGC" /><p>AQUARING's system works by emitting multi-frequency electric signals permeating comprehensively the water in the pipes. These signals&nbsp;<b>prevents limescale buildup</b> by keeping calcium and carbonate ions in suspension, preventing them to form hard deposits. This same process also facilitates <b>the&nbsp;breakdown and dissolution of existing&nbsp;limescale and biofilm, improving the efficiency and sanitization of&nbsp;water systems.</b> Additionally, the electric field disrupts bacteria and bio-fouling, eliminating harmful microorganisms like Legionella, making the system particularly valuable in the <b>animal farming, agriculture, agri-food, hospitality and healthcare sectors.</b></p><img style="width: 100%;" src="https://imagedelivery.net/H6_s_Eb_ylTWnSEV3HlmYQ/450140fa-24c3-4561-7129-49d4d197eb00/public" alt="Image" /><p>The benefits of AQUARING's technology extend beyond health and safety. <b>By preventing limescale, corrosion, and biofouling, it enhances the performance and longevity of industrial and commercial&nbsp;water systems and capital equipment, reducing maintenance costs and improving energy efficiency.</b> Industries such as <b>manufacturing,</b> <b>pharmaceuticals, power and food processing can see immediate operational improvements</b>, while residential and hospitality setups <b>benefit from cleaner, safer water.</b></p><img style="width: 100%;" src="https://imagedelivery.net/H6_s_Eb_ylTWnSEV3HlmYQ/eeff6d72-df2d-4bce-48cf-5c1fa473a100/public" alt="Aquaring for residential and hospitality installation" /><p>In partnership with <a href="https://reurasia.com/">REURASIA</a>&nbsp;(https://reurasia.com/), <a href="https://www.aquaring.it/">AQUARING</a> (https://www.aquaring.it/) is bringing its eco-friendly water treatment solutions to the Philippines and the broader Asia-Pacific region. This partnership ensures local assistance and support services to industries and communities to access advanced, sustainable water treatment technologies that align with government initiatives on energy efficiency and environmental protection.</p><p>For more information or request for quotation you may send your query to aquaring@reurasia.com</p>

Restaurant / Fast food / Streetfood

Hotels / inns

Environment / SGDs / Recycling

Green technology

Goods and services

AQUARING, an Italian company revolutionizing water treatment for the past two decades by using eco-friendly high-frequency electric pulses instead of harmful chemicals, expands in the Philippines. This technology, made in Italy, prevents scale buildup and eliminates bacteria like Legionella, enhancing health and safety in industrial and hospitality settings. Through its partnership with Reurasia, AQUARING brings these sustainable solutions to the Philippines and Asia-Pacific, aligning with environmental initiatives and promoting a greener future.

Revolutionizing Water Treatment: AQUARING's Advanced Technology for a Healthier, Sustainable Future

<b><i>The Low Carbon Economy Act of 2022</i>, </b>introduced in the House of Representatives, is a crucial legislative step toward reducing the Philippines' greenhouse gas (GHG) emissions. It establishes an emission trading system, aiming to promote sustainable development while addressing the nation's environmental responsibilities under international agreements like the Paris Agreement. This bill aligns with the country’s <b>Nationally Determined Contribution (NDC) targets, which are designed to reduce GHG emissions by 75%</b> <b>from 2020 to 2030</b>.

- Cap and Trade System: A national cap is set on GHG emissions for high-emission sectors. Companies that emit less than their allowed amount can sell their unused emission credits to others who exceed the cap. This creates a carbon market, providing financial incentives for companies to reduce their emissions. 

- Monitoring and Reporting: The Climate Change Commission (CCC) will oversee the management of emissions and ensure compliance with targets. Several government departments will work together to track and report emissions data.

- Just Transition: The bill emphasizes the need to ensure that workers in carbon-intensive industries are supported during the transition to greener alternatives, safeguarding jobs while moving toward sustainable development.

- Local Government and Private Sector Involvement: Local governments, educational institutions, and private industries are key players in implementing the bill, helping to ensure that climate change measures are effective at all levels of society.

A carbon market is a system where countries or businesses can <b>buy and sell carbon credits</b>. Each credit represents the right to emit a certain amount of carbon dioxide or other GHGs. The concept is based on setting an overall emissions limit (cap) and allowing trading of credits, incentivizing companies to stay under their cap. If they emit less than allowed, they can sell the extra credits, and if they exceed the cap, they must buy credits.

Many countries have adopted carbon trading systems:

European Union: The <b>EU Emissions Trading System (ETS), established in 2005</b>, is the world's largest carbon market. It covers major sectors like power generation and heavy industry. The EU has seen significant reductions in emissions since its inception.

China: In 2021, China launched its national carbon market, the world’s largest by volume, covering over 2,000 power plants. This market is a central part of <b>China’s goal to achieve carbon neutrality by 2060</b>.

United States: While there is no federal carbon market, states like California and regions like the Northeastern US (through the Regional Greenhouse Gas Initiative) have implemented cap-and-trade systems. These programs have effectively reduced emissions in these areas.

How the Bill Aligns with the Philippines’ Carbon Reduction Goals

The Philippines is committed to reducing its carbon footprint in line with its NDC. However, the country faces unique challenges, including vulnerability to climate-related disasters and its status as a developing economy. The bill's introduction represents a significant step toward achieving these targets, by creating a market-driven approach that balances economic growth with environmental protection.

<b>The bill builds on existing climate change programs like the National Climate Change Action Plan</b> and emphasizes the importance of <b>cross-sector collaboration</b>. The goal is to ensure that industries can <b>transition to greener practices without negatively impacting their productivity or workers' livelihoods.</b>

The Philippines’ Progress Compared to Global Efforts

While the Philippines has been slower to implement carbon trading systems compared to the EU and China, the Low Carbon Economy Act signals the country’s readiness to adopt more ambitious climate measures. Its cap-and-trade mechanism mirrors the systems seen in more developed markets, but it is tailored to the local context, ensuring that the Philippines’ socio-economic realities are considered.

<b>The bill positions the Philippines as a proactive player in the global effort to mitigate climate change, especially in the ASEAN region</b>, where few countries have implemented similar mechanisms. If successfully implemented, it could serve as a model for other developing nations looking to balance economic growth with environmental sustainability

Expanded Overview of CO2 Emissions in the Philippines

The Philippines, while not one of the world’s largest carbon emitters, faces considerable challenges in reducing its carbon footprint, especially as its economy continues to develop. The country’s emissions are largely driven by high-emission sectors such as electricity generation, transportation, and industry, all of which are critical for economic growth but also major contributors to environmental degradation.

According to Our World in Data, here is a sectoral breakdown of CO2 emissions in the Philippines:

Sectoral Challenges and the Road to Decarbonization

The electricity and heat production sector is the largest emitter, accounting for over 73 million tons of CO2 annually. This is due to the Philippines’ reliance on coal and fossil fuels for energy generation, despite growing investments in renewable energy. The transport sector, which includes cars, buses, and trucks, contributes over 29 million tons annually, and aviation and shipping add another 2 million tons. The rapid urbanization and the demand for more transportation options will continue to put pressure on these sectors unless alternative fuels and technologies are adopted.

Other significant contributors are agriculture, which produces over 61 million tons of CO2 due to methane emissions from livestock and rice paddies, and industry, contributing more than 20 million tons through manufacturing processes that often depend on fossil fuels.

How the Low Carbon Economy Investment Act of 2023 Can Help ?

The Low Carbon Economy Investment Act of 2023 is a response to these environmental challenges, establishing a comprehensive framework to reduce greenhouse gas emissions across the Philippine economy. This Act pushes businesses to develop decarbonization plans, introduces a carbon pricing mechanism, and encourages the use of carbon markets to provide financial incentives for reducing emissions.

Focusing on High-Impact Sectors: Energy and Heat

The energy and heat sectors are responsible for the largest share of CO2 emissions in the Philippines, producing over 73 million tons annually. As the country strives to meet its emissions reduction targets, transforming these sectors is critical. Several innovative technologies and fuel alternatives present viable solutions to transition from coal and fossil fuels to cleaner energy sources. However these technologies were <b>usually more expensives and more complex to deploy</b>. T<b>his bill would actually give a chance for these to implemented at scale in the country.</b>

One of the most promising alternatives to coal is the use of <a href="https://berde-kaway.com/">biomass pellets</a>. These are renewable fuel sources made from organic materials like wood and agricultural waste. Biomass pellets not only have lower carbon emissions than coal but also offer a renewable and locally sourced solution. Shifting from coal to pellets in the Philippines' power plants could significantly reduce emissions while maintaining energy production levels.

Reducing Oil Consumption with Gasifier Technology

Gasification offers another opportunity to reduce the dependency on oil. <a href="https://www.iedinvest.com/index.php?page=home-2">Gasifier systems</a> convert solid biomass into a gas that can be used to generate electricity or heat. These systems can be integrated with existing industrial processes or rural energy production, providing a cleaner alternative to oil-based energy solutions. When paired with technologies like <a href="https://www.aderco.com/">Aderco fuel additives</a>, the overall efficiency of fuel consumption increases, further reducing carbon emissions.

<a href="https://www.turbulent.be/">Turbulent</a>, a Belgium-based company, is developing mini-hydro projects in the Philippines, harnessing the power of small rivers and streams to generate clean energy. These small-scale hydropower solutions are ideal for rural and off-grid areas, contributing to the country's renewable energy portfolio and reducing reliance on fossil fuels.

The Philippines is also advancing biofuel standards. The blend of biodiesel has already increased from B2 to B3 this year, with plans to reach B5 by 2026. Similarly, the country’s ethanol blend for gasoline is projected to increase from E10 to E15. These initiatives reduce the use of traditional fossil fuels, cutting emissions and promoting local agriculture through biofuel production.

<a href="https://reurasia.com/company-profile/">Waste-to-energy (WTE) technologies</a> offer a dual solution by addressing both waste management and energy production. These systems convert municipal solid waste into electricity, reducing landfill use and providing a renewable energy source. As cities in the Philippines continue to grow, WTE projects could play a significant role in generating clean energy from urban waste.

<a href="https://www.methania.com/">Bio-methane production from organic waste</a> or manure presents another opportunity for sustainable energy. This process not only produces biogas for electricity and heating but also creates organic fertilizer as a by-product, supporting sustainable agriculture. By capturing methane, a potent greenhouse gas, and converting it into energy, the Philippines can further reduce its carbon footprint.

Focusing on High-Impact Sectors: Transport and Shipping

The transport and shipping sectors are two of the largest CO2 contributors in the Philippines, emitting over 31 million tons annually. Reducing emissions in these sectors will be critical if the country is to meet its climate targets.

Potential Solutions for Decarbonizing Transport:

One promising solution is the adoption of fuel treatments such as Aderco 2055G, a vegetal-organic additive that enhances fuel efficiency. For instance, Aderco 2055G has shown a 5.26% reduction in fuel consumption, which directly correlates to lower CO2 emissions (<a href="https://aderco.com/en/Expertise-Simulators">simulator</a>).

By applying this reduction rate to the transport sector, which currently emits 29.21 million tons of CO2 annually, the potential reduction in emissions would be approximately 1.54 million tons. Similarly, in the shipping sector, which emits 2.04 million tons, a 5.26% reduction translates to 107,304 tons less CO2.

Total CO2 reduction potential from these sectors: Over 1.6 million tons annually.

These reductions may seem small compared to total national emissions, but they represent a vital step forward, especially when combined with other initiatives, such as the electrification of public transport or the adoption of hybrid and electric vehicles.

Flexibility in the Act: Encouraging Innovation

The Low Carbon Economy Investment Act promotes innovation by giving businesses the flexibility to decide how to meet their emissions targets. Whether through investing in fuel-efficient technologies like Aderco or participating in collaborative projects with industry peers, businesses can tailor their strategies to fit their unique needs and resources.

This flexibility ensures that companies can reduce their carbon footprint without hindering economic growth, making the Act both environmentally and business-friendly.

Carbon Credits: Financial Incentives for Emission Reductions

In addition to environmental benefits, companies that reduce emissions beyond their targets can earn carbon credits, which can be sold in global markets, providing a<b> financial incentive for sustainable practices.</b>

For example, a company in the transport sector that adopts Aderco’s fuel treatment could not only reduce emissions but also generate carbon credits from the reduction, which could be sold or traded, providing additional revenue streams.

To maximize the benefits of the Low Carbon Economy Investment Act, businesses in the Philippines should:

Develop comprehensive decarbonization plans that align with their operations and future growth.

Invest in fuel-efficient technologies to reduce fuel consumption and emissions. 

Leverage carbon credits to create new financial opportunities by exceeding emissions reduction targets.

Collaborate with industry partners to fund larger low-carbon initiatives, such as renewable energy or carbon capture projects.

Conclusion: A Sustainable Path for the Philippines

The Low Carbon Economy Investment Act is a transformative opportunity for the Philippines to align its development with global climate goals. By focusing on high-emission sectors like energy, heat, transport and shipping, and embracing flexible, innovative solutions such as fuel treatments and carbon trading, the country can significantly reduce its carbon footprint.

If businesses act now, they can lead the way toward a greener, more sustainable future while also reaping financial rewards from their efforts. With the right combination of technology, collaboration, and regulatory support, the Philippines has the potential to become a leader in the global transition to a low-carbon economy.

<p>The Philippines faces significant challenges in reducing carbon emissions, particularly from high-emission sectors like electricity, transport, and industry. In 2023, the country introduced the Low Carbon Economy Investment Act, which establishes a framework to help businesses reduce greenhouse gas (GHG) emissions through mandatory decarbonization plans, a carbon pricing mechanism, and access to carbon markets. This Act emphasizes the importance of encouraging businesses to develop long-term strategies aligned with global climate goals, such as the Paris Agreement. Companies that exceed their emissions limits must contribute to a Decarbonisation Fund, while those who go beyond their targets can earn carbon credits for trade in national and international markets.

In the Philippines, electricity and heat production are the largest sources of CO2 emissions, followed by transport. The transport sector alone emits over 29 million tons of CO2 annually, while aviation and shipping add more than 2 million tons. Reducing emissions in these sectors will be crucial for the Philippines to meet its climate targets. Fuel-efficient technologies, like Aderco 2055G, offer practical solutions by improving fuel consumption and reducing emissions by 5.26%. If applied in the transport and shipping sectors, this technology could reduce emissions by over 1.6 million tons of CO2 annually.</p> <p><b><i>The Low Carbon Economy Act of 2022</i>, </b>introduced in the House of Representatives, is a crucial legislative step toward reducing the Philippines' greenhouse gas (GHG) emissions. It establishes an emission trading system, aiming to promote sustainable development while addressing the nation's environmental responsibilities under international agreements like the Paris Agreement. This bill aligns with the country’s <b>Nationally Determined Contribution (NDC) targets, which are designed to reduce GHG emissions by 75%</b> <b>from 2020 to 2030</b>.</p><h3>Key aspects of the bill include:</h3><p>- Cap and Trade System: A national cap is set on GHG emissions for high-emission sectors. Companies that emit less than their allowed amount can sell their unused emission credits to others who exceed the cap. This creates a carbon market, providing financial incentives for companies to reduce their emissions. </p><p>- Monitoring and Reporting: The Climate Change Commission (CCC) will oversee the management of emissions and ensure compliance with targets. Several government departments will work together to track and report emissions data.</p><p>- Just Transition: The bill emphasizes the need to ensure that workers in carbon-intensive industries are supported during the transition to greener alternatives, safeguarding jobs while moving toward sustainable development.</p><p>- Local Government and Private Sector Involvement: Local governments, educational institutions, and private industries are key players in implementing the bill, helping to ensure that climate change measures are effective at all levels of society.</p><img style="width: 100%;" src="https://imagedelivery.net/H6_s_Eb_ylTWnSEV3HlmYQ/169e057f-191d-47e3-2552-1b57414d9700/public" alt="Extract from&nbsp;https://ourworldindata.org/co2/country/philippines" /><h3>Carbon Markets: A Global Perspective</h3><p>A carbon market is a system where countries or businesses can <b>buy and sell carbon credits</b>. Each credit represents the right to emit a certain amount of carbon dioxide or other GHGs. The concept is based on setting an overall emissions limit (cap) and allowing trading of credits, incentivizing companies to stay under their cap. If they emit less than allowed, they can sell the extra credits, and if they exceed the cap, they must buy credits.</p><p>Many countries have adopted carbon trading systems:</p><p>European Union: The <b>EU Emissions Trading System (ETS), established in 2005</b>, is the world's largest carbon market. It covers major sectors like power generation and heavy industry. The EU has seen significant reductions in emissions since its inception.</p><p>China: In 2021, China launched its national carbon market, the world’s largest by volume, covering over 2,000 power plants. This market is a central part of <b>China’s goal to achieve carbon neutrality by 2060</b>.</p><p>United States: While there is no federal carbon market, states like California and regions like the Northeastern US (through the Regional Greenhouse Gas Initiative) have implemented cap-and-trade systems. These programs have effectively reduced emissions in these areas.</p><h3>How the Bill Aligns with the Philippines’ Carbon Reduction Goals</h3><p>The Philippines is committed to reducing its carbon footprint in line with its NDC. However, the country faces unique challenges, including vulnerability to climate-related disasters and its status as a developing economy. The bill's introduction represents a significant step toward achieving these targets, by creating a market-driven approach that balances economic growth with environmental protection.</p><p><b>The bill builds on existing climate change programs like the National Climate Change Action Plan</b> and emphasizes the importance of <b>cross-sector collaboration</b>. The goal is to ensure that industries can <b>transition to greener practices without negatively impacting their productivity or workers' livelihoods.</b></p><h3>The Philippines’ Progress Compared to Global Efforts</h3><p>While the Philippines has been slower to implement carbon trading systems compared to the EU and China, the Low Carbon Economy Act signals the country’s readiness to adopt more ambitious climate measures. Its cap-and-trade mechanism mirrors the systems seen in more developed markets, but it is tailored to the local context, ensuring that the Philippines’ socio-economic realities are considered.</p><p><b>The bill positions the Philippines as a proactive player in the global effort to mitigate climate change, especially in the ASEAN region</b>, where few countries have implemented similar mechanisms. If successfully implemented, it could serve as a model for other developing nations looking to balance economic growth with environmental sustainability</p><img style="width: 100%;" src="https://imagedelivery.net/H6_s_Eb_ylTWnSEV3HlmYQ/a8a2b9f2-59ac-475e-5508-442d9637b200/public" alt="Extract from https://ourworldindata.org/co2/country/philippines" /><h3>Expanded Overview of CO2 Emissions in the Philippines</h3><p>The Philippines, while not one of the world’s largest carbon emitters, faces considerable challenges in reducing its carbon footprint, especially as its economy continues to develop. The country’s emissions are largely driven by high-emission sectors such as electricity generation, transportation, and industry, all of which are critical for economic growth but also major contributors to environmental degradation.</p><p>According to Our World in Data, here is a sectoral breakdown of CO2 emissions in the Philippines:</p><img style="width: 100%;" src="https://imagedelivery.net/H6_s_Eb_ylTWnSEV3HlmYQ/8f462b0c-e234-4cc3-fa91-433550b55600/public" alt="Extract from https://ourworldindata.org/co2/country/philippines" /><h3>Sectoral Challenges and the Road to Decarbonization</h3><p>The electricity and heat production sector is the largest emitter, accounting for over 73 million tons of CO2 annually. This is due to the Philippines’ reliance on coal and fossil fuels for energy generation, despite growing investments in renewable energy. The transport sector, which includes cars, buses, and trucks, contributes over 29 million tons annually, and aviation and shipping add another 2 million tons. The rapid urbanization and the demand for more transportation options will continue to put pressure on these sectors unless alternative fuels and technologies are adopted.</p><img style="width: 100%;" src="https://imagedelivery.net/H6_s_Eb_ylTWnSEV3HlmYQ/cf27e394-d33b-4959-9a3a-2c8a6ffaa500/public" alt="Extract from https://ourworldindata.org/co2/country/philippines" /><p>Other significant contributors are agriculture, which produces over 61 million tons of CO2 due to methane emissions from livestock and rice paddies, and industry, contributing more than 20 million tons through manufacturing processes that often depend on fossil fuels.</p><h3>How the Low Carbon Economy Investment Act of 2023 Can Help ?</h3><p>The Low Carbon Economy Investment Act of 2023 is a response to these environmental challenges, establishing a comprehensive framework to reduce greenhouse gas emissions across the Philippine economy. This Act pushes businesses to develop decarbonization plans, introduces a carbon pricing mechanism, and encourages the use of carbon markets to provide financial incentives for reducing emissions.</p><h3>Focusing on High-Impact Sectors: Energy and Heat</h3><p>The energy and heat sectors are responsible for the largest share of CO2 emissions in the Philippines, producing over 73 million tons annually. As the country strives to meet its emissions reduction targets, transforming these sectors is critical. Several innovative technologies and fuel alternatives present viable solutions to transition from coal and fossil fuels to cleaner energy sources. However these technologies were <b>usually more expensives and more complex to deploy</b>. T<b>his bill would actually give a chance for these to implemented at scale in the country.</b></p><h4>Replacing Coal with Biomass Pellets</h4><p>One of the most promising alternatives to coal is the use of <a href="https://berde-kaway.com/">biomass pellets</a>. These are renewable fuel sources made from organic materials like wood and agricultural waste. Biomass pellets not only have lower carbon emissions than coal but also offer a renewable and locally sourced solution. Shifting from coal to pellets in the Philippines' power plants could significantly reduce emissions while maintaining energy production levels.</p><img style="width: 100%;" src="https://imagedelivery.net/H6_s_Eb_ylTWnSEV3HlmYQ/11698f4a-dfd8-4114-6e8d-981cdc813b00/public" alt="Biomass pellet (extract from&nbsp;https://berde-kaway.com/)" /><h4>Reducing Oil Consumption with Gasifier Technology</h4><p>Gasification offers another opportunity to reduce the dependency on oil. <a href="https://www.iedinvest.com/index.php?page=home-2">Gasifier systems</a> convert solid biomass into a gas that can be used to generate electricity or heat. These systems can be integrated with existing industrial processes or rural energy production, providing a cleaner alternative to oil-based energy solutions. When paired with technologies like <a href="https://www.aderco.com/">Aderco fuel additives</a>, the overall efficiency of fuel consumption increases, further reducing carbon emissions.</p><img style="width: 100%;" src="https://imagedelivery.net/H6_s_Eb_ylTWnSEV3HlmYQ/bed773e2-7d0e-425e-c7b7-f6e8ca78d800/public" alt="Biomass Gasification for rural electrification in Cambodia (extract from&nbsp;https://www.iedinvest.com/uploads/Project_CHARCHUUCK.pdf)" /><h4>Mini-Hydro Potential: Turbulent’s Role</h4><p><a href="https://www.turbulent.be/">Turbulent</a>, a Belgium-based company, is developing mini-hydro projects in the Philippines, harnessing the power of small rivers and streams to generate clean energy. These small-scale hydropower solutions are ideal for rural and off-grid areas, contributing to the country's renewable energy portfolio and reducing reliance on fossil fuels.</p><img style="width: 100%;" src="https://imagedelivery.net/H6_s_Eb_ylTWnSEV3HlmYQ/fe9197f4-db25-41fc-d286-c8e595014a00/public" alt="Principle of centrifugal hydro turbines (extract from&nbsp;https://www.turbulent.be/)" /><h4>Increasing Biofuel Standards</h4><p>The Philippines is also advancing biofuel standards. The blend of biodiesel has already increased from B2 to B3 this year, with plans to reach B5 by 2026. Similarly, the country’s ethanol blend for gasoline is projected to increase from E10 to E15. These initiatives reduce the use of traditional fossil fuels, cutting emissions and promoting local agriculture through biofuel production.</p><h4>Waste-to-Energy Technologies</h4><p><a href="https://reurasia.com/company-profile/">Waste-to-energy (WTE) technologies</a> offer a dual solution by addressing both waste management and energy production. These systems convert municipal solid waste into electricity, reducing landfill use and providing a renewable energy source. As cities in the Philippines continue to grow, WTE projects could play a significant role in generating clean energy from urban waste.</p><img style="width: 100%;" src="https://imagedelivery.net/H6_s_Eb_ylTWnSEV3HlmYQ/5e62ec2a-ebc1-41a0-c195-7ac79d1aa600/public" alt="Principle of waste to energy technologies (extract from&nbsp;https://www.martingmbh.de/media/files/technologie_2022/en/SYNCOM-Plus_EN.pdf)" /><h4>Bio-Methane from Organic Waste</h4><p><a href="https://www.methania.com/">Bio-methane production from organic waste</a> or manure presents another opportunity for sustainable energy. This process not only produces biogas for electricity and heating but also creates organic fertilizer as a by-product, supporting sustainable agriculture. By capturing methane, a potent greenhouse gas, and converting it into energy, the Philippines can further reduce its carbon footprint.</p><img style="width: 100%;" src="https://imagedelivery.net/H6_s_Eb_ylTWnSEV3HlmYQ/0c2b5c81-ee9c-4f2b-0c3c-cbcf24550700/public" alt="Micro Anaerobic Digester (extract from&nbsp;https://www.methania.com/micro-ad/)" /><h3>Focusing on High-Impact Sectors: Transport and Shipping</h3><p>The transport and shipping sectors are two of the largest CO2 contributors in the Philippines, emitting over 31 million tons annually. Reducing emissions in these sectors will be critical if the country is to meet its climate targets.</p><h4>Potential Solutions for Decarbonizing Transport:</h4><p>One promising solution is the adoption of fuel treatments such as Aderco 2055G, a vegetal-organic additive that enhances fuel efficiency. For instance, Aderco 2055G has shown a 5.26% reduction in fuel consumption, which directly correlates to lower CO2 emissions (<a href="https://aderco.com/en/Expertise-Simulators">simulator</a>).</p><p>By applying this reduction rate to the transport sector, which currently emits 29.21 million tons of CO2 annually, the potential reduction in emissions would be approximately 1.54 million tons. Similarly, in the shipping sector, which emits 2.04 million tons, a 5.26% reduction translates to 107,304 tons less CO2.</p><p>Total CO2 reduction potential from these sectors: Over 1.6 million tons annually.</p><p>These reductions may seem small compared to total national emissions, but they represent a vital step forward, especially when combined with other initiatives, such as the electrification of public transport or the adoption of hybrid and electric vehicles.</p><img style="width: 100%;" src="https://imagedelivery.net/H6_s_Eb_ylTWnSEV3HlmYQ/f0c0ba2f-a4de-48f0-e245-c543fadd4300/public" alt="Aderco automatized dosing pump in Australian Mine (extract from&nbsp;https://www.vm-industrials.com/)" /><h3>Flexibility in the Act: Encouraging Innovation</h3><p>The Low Carbon Economy Investment Act promotes innovation by giving businesses the flexibility to decide how to meet their emissions targets. Whether through investing in fuel-efficient technologies like Aderco or participating in collaborative projects with industry peers, businesses can tailor their strategies to fit their unique needs and resources.</p><p>This flexibility ensures that companies can reduce their carbon footprint without hindering economic growth, making the Act both environmentally and business-friendly.</p><h3>Carbon Credits: Financial Incentives for Emission Reductions</h3><p>In addition to environmental benefits, companies that reduce emissions beyond their targets can earn carbon credits, which can be sold in global markets, providing a<b> financial incentive for sustainable practices.</b></p><p>For example, a company in the transport sector that adopts Aderco’s fuel treatment could not only reduce emissions but also generate carbon credits from the reduction, which could be sold or traded, providing additional revenue streams.</p><h3>Steps Toward a Sustainable Future</h3><p>To maximize the benefits of the Low Carbon Economy Investment Act, businesses in the Philippines should:</p><p>Develop comprehensive decarbonization plans that align with their operations and future growth.</p><p>Invest in fuel-efficient technologies to reduce fuel consumption and emissions. </p><p>Leverage carbon credits to create new financial opportunities by exceeding emissions reduction targets.</p><p>Collaborate with industry partners to fund larger low-carbon initiatives, such as renewable energy or carbon capture projects.</p><h3>Conclusion: A Sustainable Path for the Philippines</h3><p>The Low Carbon Economy Investment Act is a transformative opportunity for the Philippines to align its development with global climate goals. By focusing on high-emission sectors like energy, heat, transport and shipping, and embracing flexible, innovative solutions such as fuel treatments and carbon trading, the country can significantly reduce its carbon footprint.</p><p>If businesses act now, they can lead the way toward a greener, more sustainable future while also reaping financial rewards from their efforts. With the right combination of technology, collaboration, and regulatory support, the Philippines has the potential to become a leader in the global transition to a low-carbon economy.</p>

Agriculture / Forestry / Fisheries

Local companies

Foreign companies

The Philippines faces significant challenges in reducing carbon emissions, particularly from high-emission sectors like electricity, transport, and industry. In 2023, the country introduced the Low Carbon Economy Investment Act, which establishes a framework to help businesses reduce greenhouse gas (GHG) emissions through mandatory decarbonization plans, a carbon pricing mechanism, and access to carbon markets. This Act emphasizes the importance of encouraging businesses to develop long-term strategies aligned with global climate goals, such as the Paris Agreement. Companies that exceed their emissions limits must contribute to a Decarbonisation Fund, while those who go beyond their targets can earn carbon credits for trade in national and international markets.

In the Philippines, electricity and heat production are the largest sources of CO2 emissions, followed by transport. The transport sector alone emits over 29 million tons of CO2 annually, while aviation and shipping add more than 2 million tons. Reducing emissions in these sectors will be crucial for the Philippines to meet its climate targets. Fuel-efficient technologies, like Aderco 2055G, offer practical solutions by improving fuel consumption and reducing emissions by 5.26%. If applied in the transport and shipping sectors, this technology could reduce emissions by over 1.6 million tons of CO2 annually.

Driving a Low-Carbon Future: How the Philippines is Leading the Charge in Carbon Emission Reduction

<i>Quezon Province, Philippines – 07 August 2024 –</i> <b>In a groundbreaking achievement, Berde Kaway has been certified by the Department of Energy (DOE) as the first and only biomass production facility in the Philippines. This landmark certification, which involved close collaboration between </b><a href="https://berde-kaway.com/">Berde Kaway</a><b>, </b><a href="https://reurasia.com/company-profile/">REURASIA Management Corporation</a><b>, and the DOE, marks a significant step forward in the country’s transition to sustainable energy solutions.</b>

Biomass pellet production at Berde Kaway begins with the collection of agricultural waste, which is abundant in a country with a thriving agricultural sector. Materials such as rice husks, coconut shells, and other agricultural by-products are gathered and processed into uniform, high-density pellets. These raw materials, often considered waste, are first dried to reduce moisture content, ensuring that the final product is energy-efficient when burned.

Once dried, the material is finely ground and compressed under high pressure to form pellets. No binders or additives are used in this process, making the pellets a <b>pure </b>and <b>clean fuel source</b>. The resulting biomass pellets are small, cylindrical, and highly dense, which allows for efficient storage and transportation. Each pellet packs a significant amount of energy, making them an ideal substitute for traditional fossil fuels like coal.

2. Shredder&nbsp;– specially designed for Coconut Husks &amp; other materials

4. Rotary Dryer heated from a biomass furnace

6. Pelletizers&nbsp;– 2 units to maintain availability

7. Pellet Cooler&nbsp;– from the pelletizer the pellets are 85°C

8. Bulk truck loading, with option for feeding to sacks / jumbo bags

Biomass pellets are primarily used as fuel in industrial boilers, which are essential for generating the heat required in various manufacturing processes like paper, gypsum, tuna processing. These pellets can be burned in different types of boilers, including:

<b>Grate-fired Boilers:</b> These are among the most common types of boilers used in industries. They are well-suited for burning solid fuels like biomass pellets and can be found in industries such as sugar refining and food processing.

<b>Fluidized Bed Boilers:</b> Known for their efficiency and versatility, these boilers can handle a variety of fuels, including biomass pellets. They are particularly used in power generation and large-scale industrial applications.

<b>Pulverized Fuel Boilers: </b>Typically used for coal, these boilers can also be adapted to burn biomass pellets. This flexibility allows industries to gradually transition from coal to more sustainable fuel sources without significant investment in new infrastructure.

The process of burning biomass pellets in these boilers is straightforward and requires minimal modifications to existing equipment. The pellets are fed into the boiler, where they are burned to generate heat. This heat is then used to produce steam, which drives turbines or is directly applied in industrial processes such as drying, heating, and power generation.

Why Biomass Pellet Production Is Important for the Philippines

The significance of Berde Kaway’s biomass pellet production extends beyond just providing a renewable energy source. The facility plays a crucial role in the Philippines' broader energy strategy, as outlined in the Philippine Energy Plan 2020-2040. The plan emphasizes the need to transition to clean energy sources, reduce greenhouse gas emissions, and increase the share of renewable energy in the country’s energy mix.

Heat generation in industrial processes is one of the largest sources of CO2 emissions in the Philippines <b>while coal alone is 66.76% of it</b>. By using biomass pellets, which are carbon-neutral, industries can significantly cut their emissions. This aligns with the country’s commitment under the Paris Agreement to reduce greenhouse gas emissions by 75% by 2030.

Furthermore, the adoption of biomass energy supports the local economy by utilizing agricultural waste, reducing waste management issues, and creating green jobs.&nbsp;

The Future of Biomass Energy in the Philippines

Berde Kaway’s current production capacity of <b>600 tons per month</b> is just the beginning. With plans to ramp up production to <b>250,000 tons per year by 2027</b>, the company is poised to meet the growing demand for sustainable energy solutions in the Philippines. This expansion includes the construction of a new facility and the development of dedicated plantations, ensuring a stable and affordable supply of biomass pellets for years to come.

The strategic location of Berde Kaway’s facility in Quezon Province allows it to serve nearby industries efficiently, reducing transportation costs and emissions associated with fuel delivery. As more multinational companies in the Philippines strive to meet their sustainability targets, the demand for biomass pellets is expected to rise, driven by the dual benefits of reducing carbon emissions and qualifying for carbon credits.

The Role of Biomass in Reducing Coal Dependency

In this context, the development of biomass energy, as exemplified by Berde Kaway’s biomass pellet production, becomes increasingly crucial. Biomass offers a viable alternative to coal, capable of being integrated into existing industrial boilers with minimal infrastructure changes. The transition to biomass not only helps reduce CO2 emissions but also supports the circular economy by utilizing agricultural waste, thus addressing both environmental and economic challenges.

The certification of Berde Kaway by the DOE marks a significant milestone in the Philippines’ journey towards a sustainable energy future. By producing biomass pellets that serve as a viable alternative to coal, Berde Kaway is helping industries transition to <b>cleaner energy sources</b>, thereby <b>reducing the country’s overall carbon footprint</b>. With the support of REURASIA Management Corporation, which financed, engineered, and installed the facility’s equipment, Berde Kaway is not just leading the green wave—it is setting the standard for renewable energy in the Philippines.

As the world moves towards greener energy solutions, Berde Kaway stands at the forefront, ready to meet the challenges of the future and contribute to a cleaner, more sustainable Philippines.

<p>Berde Kaway, located in Quezon Province, has become the Philippines' first and only DOE-certified biomass production facility, producing eco-friendly biomass pellets from agricultural waste. This certification, a result of close collaboration with REURASIA Management Corporation and the DOE, sets a new standard for renewable energy in the country. The facility currently produces 600 tons per month, with plans to expand to 250,000 tons per year by 2027. Berde Kaway's biomass pellets offer a sustainable alternative to coal, helping industries reduce carbon emissions and earn carbon credits, all without additional infrastructure investment.</p> <p><i>Quezon Province, Philippines – 07 August 2024 –</i> <b>In a groundbreaking achievement, Berde Kaway has been certified by the Department of Energy (DOE) as the first and only biomass production facility in the Philippines. This landmark certification, which involved close collaboration between </b><a href="https://berde-kaway.com/">Berde Kaway</a><b>, </b><a href="https://reurasia.com/company-profile/">REURASIA Management Corporation</a><b>, and the DOE, marks a significant step forward in the country’s transition to sustainable energy solutions.</b></p><img style="width: 100%;" src="https://imagedelivery.net/H6_s_Eb_ylTWnSEV3HlmYQ/ffc497b5-54fb-4fb0-263a-8528ab056b00/public" alt="Berde Kaway and its sister company, REURASIA Management Corp" /><h3>The Process of Biomass Pellet Production</h3><p>Biomass pellet production at Berde Kaway begins with the collection of agricultural waste, which is abundant in a country with a thriving agricultural sector. Materials such as rice husks, coconut shells, and other agricultural by-products are gathered and processed into uniform, high-density pellets. These raw materials, often considered waste, are first dried to reduce moisture content, ensuring that the final product is energy-efficient when burned.</p><p>Once dried, the material is finely ground and compressed under high pressure to form pellets. No binders or additives are used in this process, making the pellets a <b>pure </b>and <b>clean fuel source</b>. The resulting biomass pellets are small, cylindrical, and highly dense, which allows for efficient storage and transportation. Each pellet packs a significant amount of energy, making them an ideal substitute for traditional fossil fuels like coal.</p><img style="width: 100%;" src="https://imagedelivery.net/H6_s_Eb_ylTWnSEV3HlmYQ/c9ed05e5-a00b-4e2f-4952-a1f3f540b800/public" alt="Berde Kaway process flow" /><h6>1. Raw material feed conveyor</h6><h6>2. Shredder&nbsp;– specially designed for Coconut Husks &amp; other materials</h6><h6>3. Hammer Mill</h6><h6>4. Rotary Dryer heated from a biomass furnace</h6><h6>5. Dust Collection</h6><h6>6. Pelletizers&nbsp;– 2 units to maintain availability</h6><h6>7. Pellet Cooler&nbsp;– from the pelletizer the pellets are 85°C</h6><h6>8. Bulk truck loading, with option for feeding to sacks / jumbo bags</h6><h3>How Biomass Pellets Are Used</h3><p>Biomass pellets are primarily used as fuel in industrial boilers, which are essential for generating the heat required in various manufacturing processes like paper, gypsum, tuna processing. These pellets can be burned in different types of boilers, including:</p><p><b>Grate-fired Boilers:</b> These are among the most common types of boilers used in industries. They are well-suited for burning solid fuels like biomass pellets and can be found in industries such as sugar refining and food processing.</p><p><b>Fluidized Bed Boilers:</b> Known for their efficiency and versatility, these boilers can handle a variety of fuels, including biomass pellets. They are particularly used in power generation and large-scale industrial applications.</p><p><b>Pulverized Fuel Boilers: </b>Typically used for coal, these boilers can also be adapted to burn biomass pellets. This flexibility allows industries to gradually transition from coal to more sustainable fuel sources without significant investment in new infrastructure.</p><p>The process of burning biomass pellets in these boilers is straightforward and requires minimal modifications to existing equipment. The pellets are fed into the boiler, where they are burned to generate heat. This heat is then used to produce steam, which drives turbines or is directly applied in industrial processes such as drying, heating, and power generation.</p><h3>Why Biomass Pellet Production Is Important for the Philippines</h3><p>The significance of Berde Kaway’s biomass pellet production extends beyond just providing a renewable energy source. The facility plays a crucial role in the Philippines' broader energy strategy, as outlined in the Philippine Energy Plan 2020-2040. The plan emphasizes the need to transition to clean energy sources, reduce greenhouse gas emissions, and increase the share of renewable energy in the country’s energy mix.</p><p>Heat generation in industrial processes is one of the largest sources of CO2 emissions in the Philippines <b>while coal alone is 66.76% of it</b>. By using biomass pellets, which are carbon-neutral, industries can significantly cut their emissions. This aligns with the country’s commitment under the Paris Agreement to reduce greenhouse gas emissions by 75% by 2030.</p><img style="width: 100%;" src="https://imagedelivery.net/H6_s_Eb_ylTWnSEV3HlmYQ/36b9d039-ec21-4fbb-474e-7f18f955d300/public" alt="GHG EMISSION BY FUEL (2019 vs. 2020) *extracted from Philippine Energy Plan 2020-2040" /><p>Furthermore, the adoption of biomass energy supports the local economy by utilizing agricultural waste, reducing waste management issues, and creating green jobs.&nbsp;</p><h3>The Future of Biomass Energy in the Philippines</h3><p>Berde Kaway’s current production capacity of <b>600 tons per month</b> is just the beginning. With plans to ramp up production to <b>250,000 tons per year by 2027</b>, the company is poised to meet the growing demand for sustainable energy solutions in the Philippines. This expansion includes the construction of a new facility and the development of dedicated plantations, ensuring a stable and affordable supply of biomass pellets for years to come.</p><img style="width: 100%;" src="https://imagedelivery.net/H6_s_Eb_ylTWnSEV3HlmYQ/40fc1771-03d7-44ea-d613-8b3e8bee7800/public" alt="Berde Kaway initial facility using coconut husk" /><p>The strategic location of Berde Kaway’s facility in Quezon Province allows it to serve nearby industries efficiently, reducing transportation costs and emissions associated with fuel delivery. As more multinational companies in the Philippines strive to meet their sustainability targets, the demand for biomass pellets is expected to rise, driven by the dual benefits of reducing carbon emissions and qualifying for carbon credits.</p><h3>The Role of Biomass in Reducing Coal Dependency</h3><p>In this context, the development of biomass energy, as exemplified by Berde Kaway’s biomass pellet production, becomes increasingly crucial. Biomass offers a viable alternative to coal, capable of being integrated into existing industrial boilers with minimal infrastructure changes. The transition to biomass not only helps reduce CO2 emissions but also supports the circular economy by utilizing agricultural waste, thus addressing both environmental and economic challenges.</p><p>The certification of Berde Kaway by the DOE marks a significant milestone in the Philippines’ journey towards a sustainable energy future. By producing biomass pellets that serve as a viable alternative to coal, Berde Kaway is helping industries transition to <b>cleaner energy sources</b>, thereby <b>reducing the country’s overall carbon footprint</b>. With the support of REURASIA Management Corporation, which financed, engineered, and installed the facility’s equipment, Berde Kaway is not just leading the green wave—it is setting the standard for renewable energy in the Philippines.</p><p>As the world moves towards greener energy solutions, Berde Kaway stands at the forefront, ready to meet the challenges of the future and contribute to a cleaner, more sustainable Philippines.</p>

Electricity / Gas / Resources / Energy

SMEs

Berde Kaway, located in Quezon Province, has become the Philippines' first and only DOE-certified biomass production facility, producing eco-friendly biomass pellets from agricultural waste. This certification, a result of close collaboration with REURASIA Management Corporation and the DOE, sets a new standard for renewable energy in the country. The facility currently produces 600 tons per month, with plans to expand to 250,000 tons per year by 2027. Berde Kaway's biomass pellets offer a sustainable alternative to coal, helping industries reduce carbon emissions and earn carbon credits, all without additional infrastructure investment.

Berde Kaway Rides the Green Wave as the Philippines' First Certified Biomass Production Facility

<i>Manila, Philippines – 22 July 2024</i> – <b>Hydrogène de France (HDF Energy) has solidified its partnership with the Department of Energy (DoE) and the Mindanao Development Authority (MinDA) through a newly signed Memorandum of Understanding (MoU). This pivotal agreement underscores the commitment to advance sustainable energy solutions across the Philippines, particularly through green hydrogen technologies.</b>

Central to this initiative, <a href="https://reurasia.com/company-profile/">REURASIA Management Corporation </a>plays a vital role as the local consultant and technical expert, overseeing all critical studies and analyses required for the successful deployment of HDF Energy's projects in the country. With their deep expertise in renewable energy and comprehensive knowledge of the local landscape, REURASIA ensures that the projects align with both technical standards and the unique needs of the Philippine market.

Building on successful collaborations from previous years, the MoU marks a significant milestone in the Philippines' energy transition, emphasizing the decarbonization of its power sector. HDF Energy, in close cooperation with REURASIA, the DoE, and MinDA, aims to foster investments in renewable energy technologies, with a strong focus on hydrogen-based power generation.

As the leading local partner, REURASIA's contributions are instrumental in the realization of these ambitious projects, which are set to bring significant environmental benefits and energy resilience to the Philippines. Through REURASIA’s leadership in conducting technical studies, the initiative is poised to accelerate the deployment of HDF Energy’s Renewstable® multi-megawatt hydrogen power plants, providing a sustainable alternative to traditional energy sources.

This MoU signifies a strong commitment to a greener future for the Philippines, with REURASIA at the forefront, guiding the nation’s transition towards sustainable, hydrogen-powered energy solutions.

<p>REURASIA Management Corporation is playing a key role as the local consultant and technical expert in HDF Energy's green hydrogen initiative in the Philippines. Through a newly signed MoU with the Department of Energy (DoE) and the Mindanao Development Authority (MinDA), REURASIA is leading all technical studies necessary for the deployment of HDF Energy’s Renewstable® hydrogen power plants. This collaboration aims to advance the country's energy transition by introducing sustainable, hydrogen-based power solutions, with REURASIA ensuring the projects meet local and technical standards.</p> <p><i>Manila, Philippines – 22 July 2024</i> – <b>Hydrogène de France (HDF Energy) has solidified its partnership with the Department of Energy (DoE) and the Mindanao Development Authority (MinDA) through a newly signed Memorandum of Understanding (MoU). This pivotal agreement underscores the commitment to advance sustainable energy solutions across the Philippines, particularly through green hydrogen technologies.</b></p><p>Central to this initiative, <a href="https://reurasia.com/company-profile/">REURASIA Management Corporation </a>plays a vital role as the local consultant and technical expert, overseeing all critical studies and analyses required for the successful deployment of HDF Energy's projects in the country. With their deep expertise in renewable energy and comprehensive knowledge of the local landscape, REURASIA ensures that the projects align with both technical standards and the unique needs of the Philippine market.</p><p>Building on successful collaborations from previous years, the MoU marks a significant milestone in the Philippines' energy transition, emphasizing the decarbonization of its power sector. HDF Energy, in close cooperation with REURASIA, the DoE, and MinDA, aims to foster investments in renewable energy technologies, with a strong focus on hydrogen-based power generation.</p><p>As the leading local partner, REURASIA's contributions are instrumental in the realization of these ambitious projects, which are set to bring significant environmental benefits and energy resilience to the Philippines. Through REURASIA’s leadership in conducting technical studies, the initiative is poised to accelerate the deployment of HDF Energy’s Renewstable® multi-megawatt hydrogen power plants, providing a sustainable alternative to traditional energy sources.</p><p>This MoU signifies a strong commitment to a greener future for the Philippines, with REURASIA at the forefront, guiding the nation’s transition towards sustainable, hydrogen-powered energy solutions.</p>

REURASIA Management Corporation is playing a key role as the local consultant and technical expert in HDF Energy's green hydrogen initiative in the Philippines. Through a newly signed MoU with the Department of Energy (DoE) and the Mindanao Development Authority (MinDA), REURASIA is leading all technical studies necessary for the deployment of HDF Energy’s Renewstable® hydrogen power plants. This collaboration aims to advance the country's energy transition by introducing sustainable, hydrogen-based power solutions, with REURASIA ensuring the projects meet local and technical standards.

Reurasia management corporation