Biogas
Fugitive Emissions Testing: The Complete Guide for the Biogas Industry UK
Fugitive Emissions Testing: A Comprehensive LDAR Handbook for the UK Biogas Sector Did you know? Up to 3% of valuable biogas can quietly dissipate every year from a typical UK plant as fugitive emissions—enough to damage your bottom line and the environment. This is more than just an operational hiccup; it’s a hidden threat to […]
Smart Biogas Systems, Solutions & Benefits Overview
Smart biogas systems revolutionize renewable energy by integrating sensors and data analytics, boosting efficiency and safety. They cut greenhouse gas emissions, create valuable byproducts, and enable real-time monitoring for enhanced performance. This technology democratizes access to renewable energy for homes and businesses, offering new revenue streams…
Unlock Anaerobic Digestion Food Waste Benefits Today
Did you know that for every tonne of food waste diverted from landfill using anaerobic digestion, up to 1.9 tonnes of carbon dioxide emissions are avoided? As the UK rushes to meet the 2026 “Simpler Recycling” deadline, England’s councils face not only an urgent climate responsibility but also a hidden environmental threat: microplastics. This article […]
Biogas vs CNG Comparison, Differences & Benefits
Biogas and CNG both primarily consist of methane but differ significantly in origin and environmental impact. CNG, a fossil fuel, is non-renewable and emits carbon when burned, while biogas is renewable, produced from organic material breakdown, and more environmentally friendly, presenting a sustainable alternative…
Anaerobic Digestion In Australia
Have you ever wondered what happens to all the food scraps, garden waste, and leftover organics we toss every day? In Australia, much of it still ends up in landfills, producing harmful greenhouse gases like methane. With climate change pressing harder than ever and fossil fuels on the decline, finding cleaner energy sources is no […]
Anaerobic Digestion Plants: Process, Benefits & Efficiency.
Anaerobic digestion plants employ a natural biological process to turn organic matter, such as food waste and manure, into biogas and digestate. The biogas, primarily methane and carbon dioxide, can be used to generate electricity, heat, or even fuel vehicles. The digestate, a nutrient-rich substance, can be used as a fertilizer for agriculture. Key Takeaways […]
The Methane Digester UK Story: Efficient Biogas & Waste Management
The UK’s waste management is evolving with methane digesters, converting organic waste into biogas. This innovation not only addresses landfill capacity issues but also contributes significantly to renewable energy goals. Government incentives and technological advancements further boost this sector’s potential, positioning the UK as a leader in sustainable waste solutions…
Biogas in Estonia – Ambitious Growth for Biomethane Vehicle Use and to Meet EU Directives
In this article, we report on the ambitious expansion underway for biogas in Estonia, with big increases in production planned, especially for biomethane in transport and to meet EU Directives. Introduction to Biogas in Estonia Estonia has significantly shifted its energy focus towards renewable sources since joining the European Union. While oil shale was previously […]
Biogas from Leftover Grain – Brewdog Brewery’s Carbon Negative Progress Continues
The Brewdog Brewery makes biogas from leftover grain and that helps fight climate change by producing renewable energy, reducing carbon emissions. Fewer emissions mean lower global temperature rises. But, how is Brewdog’s business operation overall carbon negative? Let’s start with a definition: “Carbon negativity is achieved when a business or individual removes more carbon from […]
How to Make Biogas from Food Waste at Commercial Scale and at Home
Discover how converting food waste into biogas can turn kitchen scraps into clean energy. Learn the process of producing biogas at both commercial scales and at home, addressing waste management while creating renewable energy. Transform peels and leftovers into an eco-friendly power source today…
Farm Digesters and Reduction of Greenhouse Gas Emissions
In this article, we discuss Farm Digesters and the Role of Biogas in the Reduction of Greenhouse Gas Emissions. Farming waste is piling up, and greenhouse gases like methane are heating the planet faster than we can handle. For many farmers, managing animal waste or food scraps feels overwhelming. At the same time, rising costs […]
Denmark Biogas Energy Co-operative Farming and Biomethane to Grid
Denmark’s biogas cooperative model transforms agricultural waste into renewable energy, supplying 11% of national gas needs. Cooperative ownership enables farmers to share costs and earn from waste, while government support and standardised designs reduce costs, amplifying biogas’s agricultural and environmental benefits across the nation…
Biogas Plant Grit Removal Systems to Extract Digester Grit and Silt from AD Plants
In this article, learn about the Biogas Plant Grit Removal Systems needed to extract digester grit and silt from Anaerobic Digestion (AD) Plant reactor tanks. Key Takeaways: Biogas Plant Grit Removal Systems The Problem All biogas feedstocks contain grit, silt, sand, and stones to varying degrees Most existing biogas plants lack adequate grit removal systems […]
Dairy Digesters Boost Farm Income: Biogas Plant Integration Tips
Dairy digesters transform farm waste into revenue streams and reduce environmental impact. They generate electricity, carbon credits, and premium fertilizer income. Strategic integration and government incentives boost viability, making anaerobic digesters an asset in sustainable dairy farm management…
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…
