Biogas is a naturally occurring, renewable energy source generated by the breakdown of organic matter. Municipal waste (including food waste), animal waste slurry, sewage, residues from forestry products and agricultural crops, and industrial residues can all be converted into biogas and used as an energy source.
To render biomass useable, it must undergo extensive purification treatment. It can be dried, purified of pollutants, and separated from by-products, including CO2 and H2, which can in turn be liquified for storage and transportation and sold, along with the purified bio-methane. SWEP brazed plate heat exchangers (BPHE) are a key component in a wide array of biogas conditioning technologies.
Useful by products, such as CO2, H2, or methane (CH4), can be utilized. For example, CO2 can be captured, liquified, and stored; or valorized and sold as a refrigerant to food and beverage companies, greenhouses, or other industries. Purified bio-methane can be liquefied, stored, and transported to an injection point, where it can be sold. Our Bio-CO2 can be captured, liquified, and stored, and later sold as a refrigerant, as food-grade CO2 for food and beverage companies, to greenhouses, or to other industries. The growing demand for Bio-H2 also makes it easy to sell.
Brazed plate heat exchangers (BPHEs) are crucial to nearly all biogas conversion systems, from the least complex to the most. SWEP has extensive experience dimensioning heat exchangers for demanding biogas installations, including cleaning, conditioning, liquefaction and regasification of biogas, as well as carbon capture and storage (CCAS). Our comprehensive portfolio of BPHEs includes durable solutions for continuous operation across a wide span of temperatures, with capacities up to 150 tons/day.
SWEP AsyMatrix plate design maximizes system performance by delivering optimal heat transfer at low water pressure drop.
The product sheet shows a pressure example of our most popular model, specified in the footer of the sheet.