Outcomes of COP26 – Pledges and What the Methane Emissions Target Means for Landfill Gas Companies
There were at least 5 important outcomes of COP26. In this article, we provide a short summary of the pledges which were agreed at the COP26 summit last November in Glasgow, in video and as text. The 26th United Nations (UN) climate change conference of the parties (COP26) took place in Glasgow in November 2021. […]
Siloxane and Landfill Gas
Siloxane and Landfill Gas: The elimination of VOCs and siloxanes is an important aspect of the LFG conditioning process for any vehicle fuel or pipeline injection project. Engines, turbines, and compressors can be damaged by even trace concentrations of siloxanes, thus they must be eliminated. VOCs are a contaminant that would be sufficiently eliminated in […]
UK Landfill Gas Emissions – Stringent EA Controls Implemented
The waste management industry is required to control UK landfill gas emissions to a high standard. The Environment Agency (EA) ensures that all licensed (closed) or permitted landfill sites which contain landfill gas are regulated to ensure that emissions are kept to a minimum. This is enforced either under the pollution prevention and control (PPC) […]
Gases from Landfills
All landfills should use the gases from landfills. This is done by installing gas collection systems to avoid as far as is reasonable the emission of methane. Methane is a strong “greenhouse gas”. It produces more than 20 times the global warming effect of carbon dioxide. “Landfill gas is a complex mix of different gases […]
Landfill Gas Flares
About three-fourths of currently operational projects in the United States generate electricity from LFG. Electricity for onsite use or sale to the grid can be generated using a variety of technologies, including reciprocating internal combustion engines, turbines, microturbines, and fuel cells. The reciprocating engine is the most commonly used conversion technology for LFG electricity applications […]
Fugitive Emissions of Methane and Landfill Gas Explained
It is well known that fugitive emissions of methane and landfill gas occur when methane escapes from production facilities, wells, pipes, compressors and other equipment associated with coal mining or natural gas extraction, landfills, and biogas plants. It is obviously very important to reduce fugitive emissions to an absolute minimum. Why are Fugitive Escapes of […]
Landfill Power Plant that Use Landfill Gas [Case Studies]
Installing a modern Landfill Power Plant is a great way to use Landfill Gas to make renewable energy. Read the following Case Studies and you will learn why. Although in the recent years the UK has improved the way it recycles waste. The UK still has a mountain to climb – quite literally – because most […]
![A landfill collection system shown in 3D cut-away style. By US EPA - LMOP (US EPA - LMOP) [Public domain], via Wikimedia Commons.](https://landfill-gas.com/wp-content/uploads/2018/11/512px-Landfill_gas_collection_system-240x240.jpg)
Landfill Gas Collection Systems Defined – UK Facts and Myths
Go no further to read all about landfill gas collection systems. LFG collection systems are defined in the next section, followed by a UK landfill gas collection history. Those are the facts, now for the myths! If you scroll further down on this page we explain some myths about Landfill Gas Collection Systems, and a truth. […]
How to Use Biogas from Landfills While Protecting the Environment
Read this to find out how to use biogas from landfills, and how using it also helps the environment and reduces the emission of greenhouse gases. Yes. Landfills for municipal solid waste, can be a source of renewable energy from their landfill gas. Landfill gas is “biogas”! Modern landfills are, in fact, just very large […]
Landfill Gas Biogas Plant in Brazil at 29.5MW is Among World’s Largest
This Landfill Gas Biogas Plant in Brazil site receives the extracted landfill gas, also known as biogas, from around 8,000 tons of urban waste a day. The landfill thermal power plant has an installed capacity of MW, nearly 30 MW, which can supply power to a city of 300,000 inhabitants. So for this reason, we say […]
