Revolutionizing Renewable Natural Gas Production from Wood Residues in Alabama
Key Ideas
- Cetna Energy in Alabama is partnering with MAN Energy Solutions to construct a methanation plant that will produce synthetic methane from woody biomass, generating renewable natural gas.
- The plant, with a capacity of close to 1 MMBTU, is expected to produce around 125 MMBtu of RNG per hour while consuming approximately 7.2 tons of CO2, contributing to climate-neutral fuel production.
- MAN Energy Solutions is employing a compact design with a single reactor for the methanation process, reducing space requirements and operational costs, while Primoris Services Corp. oversees engineering and construction.
- The project aims to adapt German technology to US standards, providing technical specifications for the customer's investment decision, ultimately integrating renewable natural gas into the local gas grid in Alabama.
Cetna Energy, an alternative-energy development and operating company based in Alabama, is making strides in sustainable fuel production by commissioning a methanation plant in Brent, Alabama. Teaming up with MAN Energy Solutions, the plant will utilize woody biomass to produce synthetic methane, also known as renewable natural gas (RNG). The process involves deriving carbon dioxide and hydrogen from local wood mill residues to create syngas, which will then be converted into RNG using a methanation reactor. Expected to generate approximately 125 MMBtu of RNG per hour and 1 bcf annually, the plant aims to enhance climate-neutral fuel production while reducing CO2 emissions. MAN Energy Solutions' innovative compact design, featuring a single reactor, will streamline the methanation process, ensuring compliance with US pipeline specifications and reducing operational costs. Primoris Services Corp., a specialty construction company, is overseeing the engineering and construction aspects of the project, ensuring seamless integration of the advanced technology into existing infrastructure. By adapting German technology to US standards, the project not only promotes sustainable energy practices but also paves the way for renewable natural gas to contribute significantly to the local energy grid in Alabama.
Topics
Projects
Renewable Energy
Technology
Construction
Engineering
Sustainable Development
Alternative Energy
Biomass
Methanation
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