Anaerobic Digestion Insurance Coverage & Policy Options
Anaerobic Digestion insurance shields facilities from unique risks associated with converting organic waste into energy. Comprehensive policies include coverage for operational breakdowns, environmental hazards, and business interruption. Coverage needs vary with design choices, making customised insurance essential for AD operators to prevent unexpected liabilities and revenue loss…
Large Stainless Steel Tanks with Long Design Life for Wastewater Treatment & Digesters
Stainless steel wastewater tanks are large storage or treatment vessels used in wastewater treatment plants, anaerobic digestion systems, and industrial effluent facilities. They are typically fabricated from corrosion-resistant grades of stainless steel and are designed to provide long service life, structural reliability, and minimal maintenance in demanding wastewater environments. We were impressed to read the […]
The True Benefits Of A Farm Biogas Plant: It’s Not What You Think!
If you think that the true benefits of a farm biogas plant, cited by farmers, would be lower energy bills and income from energy sales alone, you would be wrong. Those aren’t enough to secure a farm’s future. British farmers face mounting pressure from unstable fossil fuel markets, tighter emissions regulations, and mounting fertiliser costs. […]
12 Biogas Generator Types
Many people want clean energy but struggle to find the right biogas generator for their needs. Choosing the wrong type can waste money and produce poor results. Different biogas systems work better for different situations, from small homes to large farms. 2 Food waste across Europe and the US increasingly feeds biogas plants, creating renewable […]
Can Anaerobic Digestion Tackle Pharmaceutical Pollution in Our Sewers?
Wastewater treatment plants face a growing challenge with pharmaceutical compounds that resist traditional removal methods. Over 70% of pharmaceutical removal in anaerobic treatment occurs naturally through biodegradation or biotransformation processes. No other process can match it. This guide explores how Anaerobic Digestion and Pharmaceutical Residues interact within wastewater treatment systems that incorporate an anaerobic digestion […]
Stop Grit and Plastics Before They Wreck Your Biogas Plant!
How the Drycake Seditank and Plastifloat Keep Grit and Plastics Out of Your Biogas System When packaged food waste exits a depackager, it’s far from ready for the biogas reactor. Mixed into that organic “soup” are sand grains, glass shards, metal fragments, and bits of plastic (microplastic)—contaminants that can grind pumps to a halt, clog […]
Biogas Digesters Market Trends & Predictions
The biogas digesters market, driven by a shift toward renewable energy and rising fertilizer costs, is forecasted to soar past $128.6 billion by 2032. With Europe as the largest market, technological innovations and small-scale digester growth in Asia-Pacific and Africa are key trends to watch…
Hydrolysis for Higher Biogas Production from Biowastes
Hydrolysis boosts biogas yield from biowastes by breaking down complex materials into simpler monomers, enhancing anaerobic digestion efficiency. Choosing the correct method—thermal, chemical, mechanical, or enzymatic—can significantly enhance outcomes, making it vital for high-yield renewable energy production from waste streams…
Understanding the Impact of Ammonia Inhibitors on Anaerobic Digestion Efficiency
Ammonia inhibition poses a serious threat to anaerobic digestion, reducing efficiency and biogas production. By employing chemical inhibitors like metal ions and biochar, it’s possible to mitigate this toxicity. Selecting the right ammonia control strategy can significantly increase methane yields, enhancing renewable energy production…
How Much Biogas? Info, Guide & Calculator
How much biogas is an important question. The amount of biogas produced varies greatly by feedstock, with examples like cattle slurry yielding 15-25 m³/ton, poultry 30-100 m³/ton, and grass silage 160-200 m³/ton, while 1 kg of kitchen waste can yield about 0.07 m³ of methane, enough to power a lamp for 50 hours or drive […]
Best CO2 Separation Membrane Tech for the Biogas Industry
Recent CO2 separation membrane developments promise cost reductions up to 70% for biogas purification. Top technologies offer high methane recovery rates, low energy use, and moisture resistance, enhancing scalability and ROI. Biogas facilities can now economically produce renewable natural gas with these innovations…
The American Biogas Council and BIOGAS AMERICAS 2026: Where the Biogas Industry Connects, Learns, and Grows
The American Biogas Council and BIOGAS AMERICAS 2026: Where the Biogas Industry Connects, Learns, and Grows Key Takeaways The American Biogas Council is the leading national trade association advancing biogas and renewable natural gas (RNG) in the United States. ABC supports policy advocacy, industry education, market development, and professional networking across the biogas value chain. Biogas […]
5 Success Stories of Biomethane in Public Transport Decarbonization
Biomethane is transforming public transport by offering a renewable, low-emission alternative to fossil fuels. Leading cities like Stockholm and Bristol are cutting emissions by powering buses with biomethane. With local production and retrofitting options, it’s a cost-effective transition toward sustainable public transit decarbonization…
Food Waste Pump Proves Itself at Largest US University Biogas Plant
A food waste pump for use in the anaerobic digestion process is any device that is designed to convey solid food scraps and wastewater as a slurry without clogging up, allowing it to be pumped through pipes to feed biogas digester tanks. Key Takeaways Michigan State University’s biogas plant has successfully operated with a Landia […]
Inside Job: A Day in the Life of an Engineer at a Biogas Facility
Discover the dynamic world of a biogas facility engineer, where each day starts with safety checks and ends with a sense of achievement from solving environmental challenges. Harnessing organic waste into renewable energy combines technology and impact, ensuring a sustainable future for us all…
