Methane
2030 Methane Reduction Targets: New Global Standards Make Biogas Key
New Global Standards and Methane Reduction Targets Make Biogas Key to Meeting 2030 Methane Reduction Targets Tools for Climate Action As nations worldwide scramble to address climate change, a critical breakthrough in biogas deployment could revolutionize how countries meet their 2030 methane reduction targets. The World Biogas Association (WBA) has unveiled groundbreaking online tools designed […]
Methane Combustion Types, Reaction & Applications
Methane combustion is a vital process powering homes and industries. It reacts with oxygen to produce energy, carbon dioxide, and water. Known for its efficiency and lower emissions than coal, methane is a preferred energy source globally, contributing significantly to electricity generation and industrial processes…
How is Biomethane Produced?
Biomethane, a renewable energy source, is produced by upgrading biogas through purification. This process relies on anaerobic digestion, converting organic waste like agricultural residues into methane. Despite challenges like high costs, biomethane reduces fossil fuel dependency and cuts greenhouse gas emissions, offering a sustainable energy solution…
Tips for Efficient Manure Management and Avoiding Fugitive Methane Emissions
Strategies for Effective Manure Management while Mitigating Fugitive Methane Emissions Did you know that livestock emissions cause about 32% of methane emissions from humans? Methane is 80 times more harmful than carbon dioxide for warming over 20 years. As a farmer, you’re key in fighting climate change. By managing manure well and using organic fertilisers, […]
Urgent Need for Methane Mitigation from Solid Waste Landfill – COP29 1.5°C target
Strategies for Reducing Solid Waste-Related Methane Emissions Including Promoting the Concept that Climate Funds be Used to Fund it Methane from solid waste in landfills is a key greenhouse gas affecting our climate. By studying emissions from landfills and other large waste-related emitters, we can find ways to reduce their impact. Make no mistake the […]
Renewable Natural Gas Vs Natural Gas: Turning Biogas into a Clean Energy Solution
Biogas Conversion to Biomethane (RNG) Alternatively Described as “Renewable Natural Gas” vs. Traditional Natural Gas The environmental crisis is the most pressing issue of our generation and, if drastic steps are not taken immediately it will negatively impact many future generations to come. Human activity has ravaged the landscape and altered countless habitats. It is […]
How to Reduce Methane Emissions in Agriculture
The question of how to reduce methane emissions in agriculture is an important one. It is not fully appreciated that science shows that the ONLY way to meet global temperature rise targets is to drastically reduce agricultural methane emissions now. This can be done by using tried and tested agricultural and waste sector biogas technology. […]
How to Reduce Methane Emissions from Cattle: All You Need to Know
If you need to know how to reduce methane emissions from cattle, this can be your comprehensive guide. So, read on: Livestock, particularly cattle, are a significant source of methane emissions, a potent greenhouse gas contributing to climate change. While that “fist-sized pill” solution you might have heard about in the past may seem like […]
What is Biogenic Gas? – Examples Including Methane
Technology is moving on with progress in decarbonisation. When once there was only fossil fuel gas (natural gas) there is now a new category of gas, and its name is “biogenic”! So, we set out to define: What is Biogenic Gas? with biogenic gas examples Including biogenic methane Finding a clean energy source is on everyone’s mind […]
The UK Methane Action Plan 2024 To 2026
Worried about the impact of methane on our planet? If so, this article will interest you because we have news for you that the UK Methane Action Plan 2024–2026 is a start at taking action. Methane emissions are a big problem, contributing to global warming. Methane emissions are much lower than CO2, but a lot more […]
