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Renewable natural gas (RNG), also known as biomethane or biogas, is a clean-burning and renewable alternative to fossil natural gas. It is produced from organic waste, such as food scraps, agricultural waste, and landfill gas, through a process called anaerobic digestion. RNG can heat homes and businesses, power vehicles, and generate electricity.
Renewable natural gas (RNG) is a relatively new market, but it is growing rapidly due to its environmental benefits and government support. The global RNG market is expected to reach $12 billion by 2030, with a CAGR of 25% from 2024 to 2030.
The global RNG market is a promising market with the potential to grow significantly in the coming years. The market is being driven by increasing demand for renewable energy, government support, and advancements in RNG production technology.
However, there are also challenges that need to be addressed, such as high production costs, limited infrastructure, and lack of public awareness. Despite these challenges, the RNG market is a promising opportunity for businesses that are looking to invest in clean energy solutions.
INTRODUCTION
Natural gas cars can use renewable natural gas (RNG), which is a pipeline-quality gas that is totally interchangeable with regular natural gas. RNG is essentially biogas that has undergone rigorous purification procedures. It can help lessen the impact of organic wastes and is crucial for the expansion of markets for lower carbon fuels. A subcategory of synthetic or replacement natural gas is renewable natural gas (SNG).
The global renewable natural gas (RNG) market is expected to grow from USD X billion in 2021 to USD 97 billion by 2030, at a CAGR of 30% from 2024 to 2030
These technological advancements are driving growth and innovation in the global RNG market, paving the way for RNG to become a more cost-competitive, efficient, and sustainable alternative to fossil natural gas
To support its “sustainable logistics” goal, Bolloré Logistics USA has introduced its first Renewable Natural Gas truck at its Coppell, Texas, plant. RNG is created from organic waste, primarily from landfills and livestock manure. These two processes catch, purify, and turn the methane they emit into fuel.
The use of this fuel significantly lowers carbon emissions because it prevents methane, a greenhouse gas 25 times more potent than CO2, from entering the environment. Additionally, compared to the diesel vehicle used, gas emits significantly less NOx and particulate matter, which helps to lessen urban air pollution. The importance of having low carbon footprint transportation strategies for road freight is increasing as the demand for sustainability rises. With its partners, Bolloré Logistics is actively encouraging investment in more environmentally friendly trucking solutions.
Bolloré Logistics has pledged to reducing its scope 3 CO2 emissions produced by the execution of transport by 30% as part of its CSR program, “Powering Sustainable Logistics,” which aims to offer sustainable supply chain solutions to its clients. In Ontario, Canada, Enbridge Gas has started a new RNG initiative whereby it will buy RNG made from local organic waste and inject it into the natural gas pipeline network.
In its locations in the UK, BP has announced plans to build RNG plants that will use organic waste to create biomethane. In the US, the business also intends to construct a new RNG plant. Redeem, a renewable natural gas fuel generated from biological waste and available from Clean Energy Fuels Corp., can be used to power vehicles and buses. More than 40 stations in the US already provide Redeem.
Shell Energy North America (Canada) Inc. is a new RNG product that Shell recently introduced in Canada. Biogas is sourced from landfills, agricultural waste, and wastewater treatment facilities, after which it is purified and sent to clients.
Archaea Energy: Archaea Energy is a leading provider of RNG in the United States. In 2022, Archaea Energy announced a partnership with Aecom to develop and operate a new RNG facility in California. The facility is expected to produce 14 million gallons of RNG per year from landfill gas.
Technology Introduced: The new RNG facility in California will use a process called anaerobic digestion to convert landfill gas into biogas. Biogas is then upgraded to RNG through a process called membrane separation. Membrane separation is a new technology that is more efficient and cost-effective than traditional RNG upgrading methods.
Future Outlook: Archaea Energy is committed to expanding its RNG production capabilities. The company is planning to build additional RNG production facilities at landfills and dairy farms across the United States. Archaea Energy is also investing in new technologies to produce RNG from wastewater treatment plants and other feedstocks.
Impact on the RNG Market: Archaea Energy’s new RNG facility in California is expected to have a significant impact on the RNG market. The facility will increase the supply of RNG, which will help to reduce the cost of RNG and make it more competitive with fossil natural gas. This will make RNG a more attractive option for businesses and consumers, and it will help to reduce greenhouse gas emissions.
Overall, Archaea Energy is a leading company in the global RNG market. The company is committed to investing in new technologies and expanding its RNG production capabilities. Archaea Energy’s efforts are helping to make RNG a more affordable and sustainable alternative to fossil natural gas.
The launch of new first-of-type daily Platts North America Renewable Natural Gas (RNG) price assessments has been announced by Platts, a division of S&P Global Commodity Insights, the leading independent provider of information, analysis, data, and benchmark prices for commodities, energy, and energy transition markets.
This move aims to bring price transparency to this emerging market. The term “renewable natural gas” refers to methane-rich biogas that has been gathered and refined to pipeline-quality natural gas from sources such as animal manure, landfills, and sewage.
Clean Energy Fuels is building new RNG production facilities at landfills and dairy farms across the United States. These facilities will use a process called anaerobic digestion to convert organic waste into biogas, which is then upgraded to RNG. Clean Energy Fuels is also investing in new technologies to produce RNG from a wider variety of feedstocks, such as wastewater treatment plants.
Archaea Energy is expanding its RNG production capabilities by building new facilities and acquiring existing facilities. Archaea Energy is also investing in new technologies to improve the efficiency of its RNG production processes.
Anellotech is commercializing its RNG technology by partnering with engineering and construction firms to build and operate RNG production facilities. Anellotech is also developing new RNG technologies to produce RNG from a wider variety of feedstocks.
Linde is investing in RNG production facilities by providing engineering and construction services to RNG producers. Linde is also developing new RNG technologies to improve the efficiency of RNG production processes.
Biogas Energy is expanding its RNG production capabilities by building new facilities and acquiring existing facilities. Biogas Energy is also investing in new technologies to improve the efficiency of its RNG production processes.
These new trends are expected to have a significant impact on the RNG market. The increased production capacity of top leading companies is expected to lead to a decrease in the cost of RNG, making it more competitive with fossil natural gas. Additionally, the investment in new technologies is expected to improve the efficiency of RNG production processes, further reducing costs and making RNG more sustainable.
