News & Perspectives
Biomass Energy and its Environmental Impact
Discover the benefits of biomass energy and anaerobic digestion in our in-depth blog. Learn about the process, environmental impact, and advancements in technology. Click to explore how anaerobic digestion can transform waste into renewable energy and support a sustainable future.
The by-products of Anaerobic Digestion: Biomethane
Discover the benefits of anaerobic digestion and learn how it produces renewable biomethane. Explore the process, technology, and environmental impact of anaerobic digestion in the UK. Read more about how this sustainable solution can transform waste into valuable energy.
Bioenergy and its Role in Combating Climate Change
Discover how anaerobic digestion powers a sustainable future by reducing greenhouse gases and replacing fossil fuels with bioenergy. Explore the latest advancements in anaerobic digestion technology and strategies to enhance bioenergy sustainability in our in-depth article.
Biodigesters: The Heart of Organic Waste Management
Discover the essential role of bio digesters in sustainable waste management with our in-depth guide. Learn how anaerobic digestion transforms organic waste into renewable energy, reducing emissions and promoting energy self-sufficiency. Dive into the benefits, types, and future prospects of anaerobic digesters.
Inside the Anaerobic Digester: How Modern Digesters Transform Waste to Energy
Explore how modern anaerobic digesters transform organic waste into renewable energy and fertiliser. Dive into the components, process, and maintenance of digesters, and discover their role in sustainable farming and energy production. Click to learn more about the power of anaerobic digestion.
Biomass: The Natural Way to Energy
Dive into the world of biomass energy and discover how organic matter powers our future sustainably. Explore types of biomass, energy conversion processes, and the crucial role of anaerobic digestion in the UK's renewable landscape. Click to learn why biomass is the natural way to green energy.
Digestate: The Unsung Hero of Bio-fertilisers
Discover how digestate, the by-product of anaerobic digestion, is revolutionising sustainable farming as a nutrient-rich bio-fertiliser. Explore the benefits, case studies, and the pivotal role it plays in the UK's green agriculture. Dive into our blog to learn about turning waste into agricultural gold.
The Making of Biomethane: From Organic Waste to Renewable Gas
Unlock the power of biomethane with our insightful guide on transforming organic waste into renewable gas through anaerobic digestion. Explore the process, benefits, and future of biomethane production in the UK. Dive into sustainable energy solutions that benefit both the environment and the economy.
Digestion Plants: The Future of Waste-to-Energy Technologies
Explore the future of green energy with our deep dive into anaerobic digestion plants. Learn how this innovative waste-to-energy technology is transforming organic waste into renewable energy, reducing emissions, and paving the way for a sustainable future. Discover the process, benefits, and the pivotal role of anaerobic digestion in the UK's energy landscape.
The Benefits of Biomethane through Anaerobic Digestion
Discover the transformative power of biomethane through anaerobic digestion: a sustainable solution for heating homes and fueling HGVs. Learn how this clean technology not only tackles waste management but also paves the way for a greener future. Dive into our comprehensive guide on the benefits, processes, and UK advancements in anaerobic digestion. Click to explore how we're driving towards a sustainable energy future.
How do Farmers Benefit from Anaerobic Digestion?
Explore the remarkable benefits of Anaerobic Digestion for farmers in the UK in our insightful blog post. Learn how this sustainable technology transforms organic waste into a treasure trove of resources, enhancing soil quality, boosting crop yields, and paving the way for eco-friendly farming. Discover the economic advantages and environmental contributions of Anaerobic Digestion, and see how it's revolutionising agricultural practices.
How Does Anaerobic Digestion Improve Sustainable Farming?
Discover the transformative impact of Anaerobic Digestion on sustainable farming in our latest blog. Learn how this innovative technology reduces waste, produces renewable energy, and enhances resource efficiency in agriculture. Explore the synergy between Anaerobic Digestion and sustainable farming practices, and understand how it's shaping the future of agriculture in the UK.
Anaerobic Digestion and the Journey to Net Zero in the UK
Explore the pivotal role of Anaerobic Digestion in the UK's ambitious journey to Net Zero in our latest blog post. Discover how this sustainable technology transforms organic waste into renewable energy, aiding the reduction of greenhouse gas emissions and advancing the UK towards a sustainable, zero-waste future. Learn about the challenges, opportunities, and the strategic importance of Anaerobic Digestion in achieving Net Zero goals.
Meet the Team: Alister Veitch
Our Head of Business Development Alister has worked in the Anaerobic digestion area for over 20 years having started his career at Thames Water and progressing onto senior project development roles at Biogen and Ørsted. He is responsible for the upstream sourcing of biomethane from developing new and further expanding existing sites.
How Does Anaerobic Digestion Develop National Energy Security?
Explore the pivotal role of Anaerobic Digestion in advancing national energy security in our latest blog. Uncover how this innovative technology transforms organic waste into renewable energy, reducing dependency on imported fuels and fostering a sustainable energy mix. Learn about its integration into the UK's energy strategy and the bright future of this eco-friendly solution.
What is Biomass?
Unlock the potential of biomass and explore the sustainable future of energy with our comprehensive blog post on anaerobic digestion. Learn how this natural process transforms organic material into renewable energy, reducing waste and emissions. Discover the environmental and commercial benefits, the challenges of algal biomass, and the UK's advancements in this green technology.
Anaerobic Digestion vs Gasification: Navigating the Future of Energy Technologies
Explore the battle of sustainable technologies in our insightful blog post on Anaerobic Digestion vs Gasification. Understand the intricate processes, environmental impacts, and the future potential of these renewable energy powerhouses. Dive deep into how they're shaping the UK's energy landscape and contributing to a greener planet.
How Renewable is Anaerobic Digestion?
Explore the remarkable world of anaerobic digestion in our latest blog and uncover how this sustainable technology is revolutionizing the renewable energy landscape. Learn how transforming organic waste into green energy and products is paving the way for a cleaner, more sustainable future. Dive into the benefits, processes, and the significant role of anaerobic digestion in promoting a circular economy.
The Benefits of Green CO2 Produced from Anaerobic Digestion
Discover the transformative power of green CO2 through anaerobic digestion in our enlightening blog. Uncover how this eco-friendly technology not only champions sustainability but also propels industries towards a greener future. Dive into the myriad of environmental benefits, industrial applications, and the pivotal role green CO2 plays in the UK's renewable energy landscape. Explore how embracing green CO2 is a crucial stride towards our sustainable future.
How Environmentally Sustainable is Anaerobic Digestion?
Explore the transformative potential of anaerobic digestion in our latest blog. Discover how this revolutionary technology is driving sustainability in agriculture, reducing waste, and paving the way for a greener future. Learn about the UK's advancements in anaerobic digestion and how it's shaping the landscape of renewable energy. Uncover the environmental impact of anaerobic digestion and its role in a sustainable tomorrow.