Biogas Desulfurization Techniques & Methods for Reduced Corrosion
Biogas systems face corrosion threats from hydrogen sulfide (H₂S), drastically cutting equipment life. With removal efficiencies over 99%, methods like iron oxide media, chemical scrubbing, and biological techniques combat this issue. Choosing the right system depends on multiple factors, ensuring sustained efficiency while minimizing costs…
The Role of Biogas in Methane Emissions Reduction: Key Roles & Benefits
Biogas plays a pivotal role in reducing methane emissions by converting organic waste into renewable energy through anaerobic digestion. This not only prevents methane release but also generates sustainable energy, addressing key climate change challenges. Explore how this process offers a dual climate benefit, significantly curbing emissions…
TAMOF-1 Biogas Purification: Selective CO2 Adsorption For Enhanced Purification
Biogas plants face a major challenge in biogas purification. They need to remove carbon dioxide from their gas streams to make clean biomethane. The current methods use lots of energy and costly chemicals. This makes the whole process expensive and less eco-friendly. Many plant operators struggle to find better ways to clean their biogas. TAMOF-1 […]
Anaerobic Digester Farm Equipment & System Solutions
Anaerobic digester farms revolutionize waste management by turning livestock manure and crop residues into renewable energy and valuable byproducts. Selecting the right equipment is crucial for efficiency, as modern systems can cut manure odors significantly and provide pathogen-free animal bedding, enhancing farm profitability sustainably…
Biogas for Electricity: Renewable Power Sources, Technology & Challenges
Biogas electricity transforms organic waste into carbon-neutral energy, reducing emissions while generating power. Using agricultural waste, municipal solid waste, and more, it achieves high efficiency in CHP systems, turning waste challenges into green opportunities. Explore how biogas optimizes electricity generation from diverse sources and supports sustainable energy systems…
Renewable Coal (Biocoal) Using Non-Liquid Residue from Agricultural AD Plants
A process for the formation of “Renewable Coal” or “biocoal” (Renewable Natural Coal from the Waste Output of a Cattle/Agricultural based Biogas Plant) has been patented following research by Ankit Patil. Ankit is an entrepreneurial young scientist and former student of Vincent Palloti College of Engineering. He has a masters degree from St Petersburg Polytechnic […]
Decarbonization Strategies that Use Renewable Energy from Biogas
Biogas technology offers a dual-action decarbonization strategy by converting organic waste into renewable energy and reducing emissions. With reductions up to 85%, biogas is a top solution for tackling climate change while creating economic opportunities. Discover how biogas closes energy loops and supports agricultural resilience…
Anaerobic Digestion of Corn Stover: Boosting Biomethane Yields with Freeze–Thaw Pretreatment
Enhancing Anaerobic Digestion of Corn Stover: Unlocking Higher Methane Yields through Freeze–Thaw Pretreatment Anaerobic digestion (AD) technology has evolved significantly over the past decades, becoming a vital solution for renewable energy generation by converting organic waste into valuable methane-rich biogas. A recent advancement involves using freeze–thaw (FT) pretreatment—particularly effective in colder climates—to increase the digestibility […]
Biochar from Food Waste Digestate: Turning Organic Waste into Profitable Carbon Capture
Biochar from Food Waste Digestate: Sustainable Enhanced Waste Management and Carbon Capture Can Bring Advances in the Circular Economy Recent advancements in biochar production demonstrate significant potential in addressing environmental and economic challenges associated with food waste (FW) management. A pioneering study published in March 2025 has evaluated the techno-economic viability and life-cycle impacts of […]
Anaerobic Digestion of Manure & Biogas Plant Productivity Doubled In Tests
Here we discuss the Anaerobic Digestion of Manure: The first section is a general informational article, followed by our original article where we explain their 2017 breakthrough in the throughput of manure-fed AD Plants described by the Ductor biogas company using chicken manure. Anaerobic digestion (AD) of dairy manure provides several environmental and economic benefits, […]
Bio CNG: An Intro to the Renewable Fuel made from Biogas
Explore the world of Bio CNG, a sustainable alternative to fossil fuels. Learn what Bio CNG is and how it benefits the environment and industry.
Unlocking The Potential: Biogas From Grass Production Techniques
Turning grass into energy might sound like a dream, but it’s now a reality. Farmers across Britain face rising energy costs and seek ways to create sustainable power. Biogas from grass offers a practical solution that puts money back in your pocket while helping the planet. Green gas production through grass is gaining ground in […]
Harnessing Gas From Grass Verge Cuttings for Sustainable Biogas Energy
Ever wondered what happens to those grass cuttings from roadside verges? They’re often seen as waste, but here’s the exciting part – they’re becoming a valuable energy source. Gas From Grass Verge Cuttings is transforming how we think about renewable energy in the UK. This green innovation helps farmers and local councils turn what was […]
Anaerobic Digestion Gas to Grid – Biomethane Gas-Main Injection in England
Anaerobic digestion biomethane “gas to grid” (Biomethane Gas-Main Injection in England) has since 2017 become a lot more popular (for new biogas plant installations) than the previous favourite of “electricity to grid” installations. We predict that the trend of new biogas plants to move away from being “biogas electricity generators” to “biogas upgraders” (producing high […]
Sustainable NPK Green Fertiliser Technology Uses Digestate to Replace Non-renewable Alternatives
A new sustainable NPK fertiliser technology has been patented (using digestate) which makes a conventional NPK mineral fertiliser replacement tailored for customer’s fields. Not only does this technology utilise digestate fibre, but it also uses the carbon dioxide captured, either: during biogas upgrading to pure biomethane, or from the biogas engines used to generate electricity. […]
