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DB Cargo UK delivers HVO-powered services for Drax Group DB Cargo UK has announced that all trains it operates for Drax Group in and out of the UK’s largest renewable energy plant near Selby, will be powered by environmentally friendly Hydro-treated Vegetable Oil (HVO) having switched entirely to the fuel. Drax Group, the UK’s leading producer of renewable energy, has taken the decision to switch to the 100 per cent renewable fuel as part of its ongoing programme to reduce its carbon footprint. DB Cargo UK, currently transports around 4.5 million tonnes of biomass pellets to Drax Power Station each year, operating around 60 trains a week – approximately 3,000 trains a year – to the site. It is estimated that by switching from traditional red diesel to HVO will reduce rail freight carbon emissions by up to 90 per cent, saving over 12,000 tonnes of carbon each year equivalent to 30 million miles worth of car journeys1. The DB Cargo trains powered on HVO will provide around 57 per cent of Drax’s total biomass, helping the global energy leader produce enough renewable electricity to power almost 2.3m homes, equivalent to all of the households in Yorkshire and the Humber. HVO is marketed as ‘one of the world’s purest and greenest fuels.’ It is synthetically made through the hydro-treatment process from vegetable oils or animal fats which significantly reduces harmful carbon dioxide (CO2) and nitrogen oxide (NOx) emissions when used in diesel vehicles and machinery. It is derived from 100 per cent waste products and no virgin products are used in its manufacture. DB Cargo UK’s Chief Sales Officer Roger Neary said the decision by Drax to adopt the use of HVO in its trains was a win-win for both companies. “The Government had set the rail industry a stretching target to achieve net zero carbon emissions by 2050 and remove all diesel only traction by 2040 so the use of HVO in our trains will go a long way to helping us meet that challenge,” said Roger. “At the same time, it will help Drax meet its own sustainability targets and minimise its impact on the environment,” added Roger. Rail freight is critical to the power station’s supply chain, transporting large volumes of biomass pellets to the plant which produces around 8% of the UK’s renewable power. Bruce Heppenstall, Plant Director at Drax Power Station, said rail freight was already a more sustainable method of transporting the pellets than road, taking some 192,000 HGVs off the UK’s network each year. “Drax Power Station uses high volumes of biomass to keep the lights on for millions of homes across the UK. Rail freight is a cleaner and greener option for transporting this material and our partnership with DB Cargo prevents thousands of additional journeys by HGVs across the UK’s road network.” https://lnkd.in/eU9cGBm4

Climate-Friendly Sodium-Ion Batteries Offer a Sustainable Alternative for Energy Storage The increasing demand for batteries in a society transitioning to renewable energy sources poses a challenge due to the limited availability of key components such as lithium and cobalt. Researchers from Chalmers University of Technology in Sweden propose sodium-ion batteries as a sustainable alternative that utilizes table salt and biomass from the forest industry as raw materials. These batteries have been found to have an equivalent climate impact as lithium-ion batteries without the risk of running out of materials. The European Commission's Critical Raw Materials Act predicts a significant increase in demand for battery materials as countries shift to renewable energy systems and electric vehicles. However, the production of these materials faces the risk of supply disruptions as they are largely mined in a few locations worldwide. The development of new battery technologies is crucial to meet the need for sustainable energy storage that has a long lifespan, high energy density, and is easily producible. The demand for batteries is rapidly increasing as society shifts towards renewable energy sources, necessitating the search for sustainable alternatives. Lithium and cobalt, key components in common battery types, are expected to face shortages as a result of this increased demand. In response, researchers from Chalmers University of Technology in Sweden propose sodium-ion batteries as a viable option. These batteries utilize table salt and biomass from the forest industry as the main raw materials, providing a renewable and abundant source. Moreover, these sodium-ion batteries have been found to have an equivalent climate impact as their lithium-ion counterparts, making them an environmentally friendly choice. The transition to renewable energy systems and electric vehicles requires a steady supply of raw materials for battery production. However, this poses a challenge as critical battery materials like lithium and cobalt are predominantly mined in a limited number of locations worldwide. This concentration of production sites puts the supply at risk and highlights the need for alternative battery technologies that do not rely on these scarce materials. Sodium-ion batteries offer a promising solution as they utilize readily available raw materials, reducing the dependency on specific mining sites. Read the Full article below ☟ ------------------------------ If you found this post valuable, please like, comment, and repost to help others discover it as well. I support OEMs with Development, Manufacturing, and Supply Chain Solutions. Liked this post? 🔔 Ring Bell on my Profil Want to see more? Follow #ralfklaassen 🔝 Connect with me #energystorage #powerelectronics #energy #ralfklaassen

  ******** Most County Solid Waste Facilities May Have to Close Temporarily Due to Excess Garbage ***** TRANSPACIFIC ENERGY IS ALL ABOUT CLEAN GREEN ENERGY !!! >>>> HAVE LANDFILL ISSUES??  SOLUTION:  INTEGRATED ORC-GASIFIER SYSTEM  FOR GREEN POWER, HYDROGEN GENERATION AND BIO-CHAR PRODUCTION !!!! Landfills are toxins, leachate, and greenhouse gases that produce bacteria that break the rubbish down. Landfills cause climate change, fires, or explosions, contaminate soil and water, and alter the fauna. Environmental issues such as climate change and global warming, caused by the burning of fossil fuels and the huge production of waste in landfills, are bound to occur. The tremendous amount of waste generated daily in landfills has huge environmental effects. Biomass is made up of organic materials Using biomass resources for bio-hydrogen production based on feedstock can provide many benefits such as being cost-effective, environmentally friendly, and emission of no greenhouse gases such as CO2. Fermentation: Biomass is converted into sugar-rich feedstocks that can be fermented to produce hydrogen. Biomass gasification is a well-known technology that uses a controlled process involving heat, steam, and oxygen to convert biomass to hydrogen and other products, without combustion. Count on TransPacific Energy (TPE) for all your needs to combat landfill problems and generate efficient green power. We offer viable efficient solutions by using an “integrated ORC-Gasifier” system to solve landfill problems while generating green power, Hydrogen Biochar and combating climate change. TransPacific Energy (TPE) is a high-tech corporation that designs, builds, owns, operates, sells, finances, and installs proprietary, modular Organic Rankine Cycles (“ORC”) utilizing multiple environmentally sound refrigerants mixtures for efficient recovery of low-grade and high-grade waste heat. TPE uses enhanced heat transfer techniques such as nanofluids and magnetic fields to maximize waste heat recovery from industrial waste processes, solar, geothermal, biomass, and landfill, and efficiently convert it directly into renewable electrical green energy. Also, we develop and install renewable energy advanced technologies for green power generation; Solar PV, PV-Thermal, and Thermal Solar/CSP, Thermal Storage, Solar driven Hydrogen production, Biomass, landfills, Geothermal, renewable energy-based Desalination, and OTEC. We also entertain Power Purchase Agreements (PPA) on waste-to-power and renewable energy projects. TPE offers Comprehensive solutions for each case and customer. Tailor-made, personalized, turnkey designs. www.transpacenergy.com  

🔥 **From Pilot Projects to Pyrolysis: The Evolution of Nina Energy Limited** 🔥 As we reflect on the transformative journey of Nina Energy Limited, it's a story of innovation, resilience, and a deep commitment to sustainability. Our adventure began with a series of pilot projects that laid the groundwork for what would become a pivotal movement in the sustainable energy sector of Latin America. 🌿 **The Early Days: Pioneering Biomass Combustion** Our initial foray into the world of renewable energy started with the implementation of modern combustion systems for agricultural associations like KALLARI, APROCCE, Primavera, and ASOMACHE. These systems were ingeniously adapted to pre-existing dryers, preserving functionality while reducing initial investment costs. By utilizing agro-residues such as palm kernel shells and coffee husk mixtures as biofuels, we helped these associations gain independence from the volatile national energy policies and diesel consumption. 🛠️ **Engineering Breakthroughs: Overcoming Challenges** The journey was not without its challenges. APROCEL, for instance, presented a unique technological hurdle. They aspired to use their own coffee husk waste for energy, which typically resulted in low dryer temperatures and high emissions. Our scientific and engineering team at BDA, the startup behind Nina Energy, rose to the occasion. Through co-combustion techniques and relentless innovation, we achieved practical performance akin to diesel burners without altering the heat exchanger design – a true testament to our engineering prowess. 🌞 **The Leap to Pyrolysis: A Sustainable Future** These early successes paved the way for our leap into pyrolysis technology. By converting biomass into biochar, a stable form of carbon, we're not just producing energy but also contributing to carbon sequestration. This advancement is more than a technological leap; it's a step towards a sustainable, post-extractivist economy that leverages the power of biomaterials and rural bioeconomy. 🌱 **Today: A Vision Realized** Today, Nina Energy Limited stands as a leader in the sustainable energy revolution in Latin America. Our pyrolysis systems are a culmination of years of research, development, and on-the-ground experience. We've turned pilot projects into a scalable technology that's transforming rural agroindustries into bio-refineries, and in doing so, we're changing the energy narrative of an entire region. We are immensely proud of our journey and the impact we've made. Our story is one of turning challenges into opportunities and biomass into a beacon of hope for a cleaner, greener future. #NinaEnergy #Pyrolysis #SustainableDevelopment #RenewableEnergy #Biochar #CarbonSequestration #LatinAmerica #Innovation #GreenTech

GIDARA Energy, renowned for its innovative waste-to-energy solutions, has been chosen by Aker Solutions to contribute to the Equinor Mongstad Industrial Transformation (MIT) project. This project aims to convert solid waste and refuse-derived fuel into sustainable aviation fuel (SAF), marking a significant step towards combating climate change. Dr. Norbert Kamp, CEO of Gidara Energy, expressed enthusiasm about the partnership, highlighting the company's commitment to addressing global waste challenges and reducing CO2 emissions. Gidara Energy's High Temperature Wrinkler (HTW) gasification technology will play a pivotal role in the feasibility study, converting solid waste feedstock into clean syngas. The HTW gasification process, featuring pre-treatment and syngas production stages, showcases Gidara Energy's cutting-edge approach to sustainable energy solutions. The versatility of the HTW gasifier, capable of processing various feedstocks including low-rank coals and biomass, underscores its suitability for diverse waste-to-energy applications. Equinor's selection of Aker Solutions for the Mongstad Industrial Transformation project underscores the industry's focus on sustainable practices. The project encompasses greenfield facilities for blue hydrogen production and a carbon capture solution, alongside SAF production from municipal solid waste with substantial emission reductions. Aker Solutions' comprehensive feasibility study, integrating brownfield, greenfield, and third-party technologies, will explore innovative pathways for sustainable operations. This collaborative effort aligns with the global push towards cleaner energy solutions and underscores the pivotal role of partnerships in driving sustainable transformation. For a detailed exploration of Gidara Energy's HTW gasification technology and its role in advancing sustainable aviation fuel production, visit our blog. #AvfoilNews #GidaraEnergy #AkerSolutions #Equinor #SustainableAviationFuel #WasteToEnergy #ClimateAction

******** Most County Solid Waste Facilities May Have to Close Temporarily Due to Excess Garbage ***** TRANSPACIFIC ENERGY IS ALL ABOUT CLEAN GREEN ENERGY !!! >>>> HAVE LANDFILL ISSUES??  SOLUTION:  INTEGRATED ORC-GASIFIER SYSTEM  FOR GREEN POWER, HYDROGEN GENERATION AND BIOCHAR PRODUCTION !!!! Landfills are toxins, leachate, and greenhouse gases that produce bacteria that break the rubbish down. Landfills cause climate change, fires, or explosions, contaminate soil and water, and alter the fauna. Environmental issues such as climate change and global warming, caused by the burning of fossil fuels and the huge production of waste in landfills, are bound to occur. The tremendous amount of waste generated daily in landfills has huge environmental effects. Biomass is made up of organic materials Using biomass resources for bio-hydrogen production based on feedstock can provide many benefits such as being cost-effective, environmentally friendly, and emission of no greenhouse gases such as CO2. Fermentation: Biomass is converted into sugar-rich feedstocks that can be fermented to produce hydrogen. Biomass gasification is a well-known technology that uses a controlled process involving heat, steam, and oxygen to convert biomass to hydrogen and other products, without combustion. Count on TransPacific Energy (TPE) for all your needs to combat landfill problems and generate efficient green power. We offer viable efficient solutions by using an “integrated ORC-Gasifier” system to solve landfill problems while generating green power, Hydrogen Biochar and combating climate change. TransPacific Energy (TPE) is a high-tech corporation that designs, builds, owns, operates, sells, finances, and installs proprietary, modular Organic Rankine Cycles (“ORC”) utilizing multiple environmentally sound refrigerants mixtures for efficient recovery of low-grade and high-grade waste heat. TPE uses enhanced heat transfer techniques such as nanofluids and magnetic fields to maximize waste heat recovery from industrial waste processes, solar, geothermal, biomass, and landfill, and efficiently convert it directly into renewable electrical green energy. Also, we develop and install renewable energy advanced technologies for green power generation; Solar PV, PV-Thermal, and Thermal Solar/CSP, Thermal Storage, Solar driven Hydrogen production, Biomass, landfills, Geothermal, renewable energy-based Desalination, and OTEC. We also entertain Power Purchase Agreements (PPA) on waste-to-power and renewable energy projects. TPE offers Comprehensive solutions for each case and customer. Tailor-made, personalized, turnkey designs. www.transpacenergy.com  

🌿🔬 Boosting Renewable Energy Production: Egyptian Research Center Receives Funding for Green Hydrogen Project The diverse efforts of researchers in producing green hydrogen as a promising fuel for the future have been remarkable. Its high energy content and clean nature make it an attractive option for sustainable energy solutions. In this context, the Egypt Solid Waste Management Center of Excellence at the Faculty of Engineering, Ain Shams University has secured funding for a research project entitled "Enhancing Renewable Energy Production through Co-Digestion of Biomass Waste and Sewage Based on Bioeconomic Forecasts." The specialized energy platform has obtained details about this project. The Egyptian research team collaborates with the University of Arizona in the United States, Mansoura University, and an Egyptian industrial partner. The project is funded by the Energy Excellence Center, affiliated with the United States Agency for International Development (USAID). Energy Demand Challenges Dr. Sherien Elagroudy, Professor of Environmental Engineering at Ain Shams University's College of Engineering and Director of the Egypt Solid Waste Management Center of Excellence, stated that Egypt is facing a significant challenge due to the rapidly increasing energy demand. She added that Egypt primarily relies on fossil fuels for electricity generation, resulting in environmentally harmful carbon emissions and the depletion of natural resources. She further explained that Egypt can provide a rich energy source by properly managing the large quantities of food waste, agricultural waste, and animal manure produced annually to produce green hydrogen. Reducing Carbon Emissions Dr. Sherien Elagroudy, the project director, emphasized that hydrogen has a high energy content of 122 kilojoules per gram compared to around 50 kilojoules per gram for methane. Additionally, the economic value of hydrogen is significantly higher, ranging from 5 to 10 times that of methane. She highlighted that the digestion output from the proposed system can be used as fertilizer instead of chemical fertilizers, improving soil quality. The project aims to overcome challenges related to waste management, energy demand, and reducing greenhouse gas emissions to control climate-related risks. The project's high economic feasibility was also emphasized, as hydrogen and digestion output can be sold to relevant stakeholders. Generating large quantities of green hydrogen can satisfy the energy needs of institutions and industries, contributing to economic advancement. This project is in collaboration with Professor Cesar Torres, Professor Dr. Khaled Kirah, Assoc. Professor Mohamed Gar Alalm, and Dr. Mahmoud Samy. We are grateful to you all. Please check out the full article below, or email us for the full article in English. https://shorturl.at/cuwx8 #RenewableEnergy #GreenHydrogen #SustainableDevelopment #EnergyTransition #WasteManagement #ClimateAction

🌱 Transform Your Plant with AURA GAS and Napier Grass! 🌱 Are you looking to upgrade your existing plant to a more sustainable and cost-effective energy source? AURA GAS is here to help you make the switch to Napier grass, a high-yield, renewable energy solution that can revolutionize your operations. Why Napier Grass? Napier grass, also known as elephant grass, is an excellent biofuel crop known for its rapid growth, high biomass yield, and low environmental impact. By converting your plant to run on Napier grass, you can significantly reduce your carbon footprint and contribute to a cleaner, greener future. Benefits of Partnering with AURA GAS Eco-Friendly Solutions At AURA GAS, we are committed to providing environmentally friendly energy solutions. Our expertise lies in transforming your current plant infrastructure to efficiently utilize Napier grass as a primary fuel source. This shift not only supports sustainable practices but also helps in conserving natural resources. Cost-Effective Operations Running your plant on Napier grass can lead to substantial savings in operational costs. Napier grass is a low-cost, high-yield crop, making it an economical alternative to traditional fossil fuels. By reducing your reliance on expensive and environmentally damaging fuels, you can achieve significant cost savings while enhancing your plant's profitability. Sustainable Energy Switching to Napier grass is a step towards sustainable energy production. As a renewable resource, Napier grass can be harvested multiple times a year, ensuring a consistent and reliable supply of biomass for your plant. This consistency translates to steady energy production and reduced downtime. Our Services Plant Assessment: We start with a thorough assessment of your existing plant to determine the feasibility and benefits of converting to Napier grass. Custom Solutions: Our team designs customized solutions tailored to your plant’s specific needs, ensuring optimal performance and efficiency. Installation and Support: We handle the installation process from start to finish and provide ongoing support to ensure smooth operations. Training and Maintenance: Our experts offer training for your staff and comprehensive maintenance services to keep your plant running efficiently. Get Started with AURA GAS Making the switch to a greener energy source has never been easier. With AURA GAS, you get a partner dedicated to helping you achieve your sustainability goals while improving your plant's efficiency and cost-effectiveness. Contact us today to learn more about how we can help transform your plant with the power of Napier grass. Let's work together to create a sustainable future! 📞 Call Us: [+91 95559 01464] 📧 Email Us: [prashant@auragas.in] #AuraGas #NapierGrass #RenewableEnergy #SustainablePower #EcoFriendly #GreenEnergy #PlantUpgrade #CostEffectiveSolutions

******** Most County Solid Waste Facilities May Have to Close Temporarily Due to Excess Garbage ***** TRANSPACIFIC ENERGY IS ALL ABOUT CLEAN GREEN ENERGY !!! >>>> HAVE LANDFILL ISSUES??  SOLUTION:  INTEGRATED ORC-GASIFIER SYSTEM  FOR GREEN POWER AND HYDROGEN GENERATION !!!! Landfills are toxins, leachate, and greenhouse gases that produce bacteria that break the rubbish down. Landfills cause climate change, fires, or explosions, contaminate soil and water, and alter the fauna. Environmental issues such as climate change and global warming, caused by the burning of fossil fuels and the huge production of waste in landfills, are bound to occur. The tremendous amount of waste generated daily in landfills has huge environmental effects. Biomass is made up of organic materials Using biomass resources for bio-hydrogen production based on feedstock can provide many benefits such as being cost-effective, environmentally friendly, and emission of no greenhouse gases such as CO2. Fermentation: Biomass is converted into sugar-rich feedstocks that can be fermented to produce hydrogen. Biomass gasification is a well-known technology that uses a controlled process involving heat, steam, and oxygen to convert biomass to hydrogen and other products, without combustion. Count on TransPacific Energy (TPE) for all your needs to combat landfill problems and generate efficient green power. We partner with Baleen International to offer viable efficient solutions by using an “integrated ORC-Gasifier” system to solve landfill problems while generating green power and combating climate change. TransPacific Energy (TPE) is a high-tech corporation that designs, builds, owns, operates, sells, finances, and installs proprietary, modular Organic Rankine Cycles (“ORC”) utilizing multiple environmentally sound refrigerants mixtures for efficient recovery of low-grade and high-grade waste heat. TPE uses enhanced heat transfer techniques such as nanofluids and magnetic fields to maximize waste heat recovery from industrial waste processes, solar, geothermal, biomass, and landfill, and efficiently convert it directly into renewable electrical green energy. Also, we develop and install renewable energy advanced technologies for green power generation; Solar PV, PV-Thermal, and Thermal Solar/CSP, Thermal Storage, Solar driven Hydrogen production, Biomass, landfills, Geothermal, renewable energy-based Desalination, and OTEC. We also entertain Power Purchase Agreements (PPA) on waste-to-power and renewable energy projects. TPE offers Comprehensive solutions for each case and customer. Tailor-made, personalized, turnkey designs. www.transpacenergy.com  

******** Most County Solid Waste Facilities May Have to Close Temporarily Due to Excess Garbage ***** TRANSPACIFIC ENERGY IS ALL ABOUT CLEAN GREEN ENERGY !!! >>>> HAVE LANDFILL ISSUES??  SOLUTION:  INTEGRATED ORC-GASIFIER SYSTEM  FOR GREEN POWER, HYDROGEN GENERATION AND BIOCHAR PRODUCTION !!!! Landfills are toxins, leachate, and greenhouse gases that produce bacteria that break the rubbish down. Landfills cause climate change, fires, or explosions, contaminate soil and water, and alter the fauna. Environmental issues such as climate change and global warming, caused by the burning of fossil fuels and the huge production of waste in landfills, are bound to occur. The tremendous amount of waste generated daily in landfills has huge environmental effects. Biomass is made up of organic materials Using biomass resources for bio-hydrogen production based on feedstock can provide many benefits such as being cost-effective, environmentally friendly, and emission of no greenhouse gases such as CO2. Fermentation:Biomass is converted into sugar-rich feedstocks that can be fermented to produce hydrogen. Biomass gasification is a well-known technology that uses a controlled process involving heat, steam, and oxygen to convert biomass to hydrogen and other products, without combustion. Count on TransPacific Energy (TPE) for all your needs to combat landfill problems and generate efficient green power. We offer viable efficient solutions by using an "“Integrated ORC-Waste Heat Boiler”"system to solve landfill problems while generating green power, Hydrogen, Biochar and combating climate change. TransPacific Energy (TPE) is a high-tech corporation that designs, builds, owns, operates, sells, finances, and installs proprietary, modular Organic Rankine Cycles (“ORC”) utilizing multiple environmentally sound refrigerants mixtures for efficient recovery of low-grade and high-grade waste heat. TPE uses enhanced heat transfer techniques such as nanofluids and magnetic fields to maximize waste heat recovery from industrial waste processes, solar, geothermal, biomass, and landfill, and efficiently convert it directly into renewable electrical green energy. Also, we develop and install renewable energy advanced technologies for green power generation; Solar PV, PV-Thermal, and Thermal Solar/CSP, Thermal Storage, Solar driven Hydrogen production, Biomass, landfills, Geothermal, renewable energy-based Desalination, and OTEC. We also entertain Power Purchase Agreements (PPA) on waste-to-power and renewable energy projects. TPE offers Comprehensive solutions for each case and customer. Tailor-made, personalized, turnkey designs. www.transpacenergy.com