Biogas Equipment
The equipment used in anaerobic digestion and biogas plants, including its design, installation, maintenance and operation. This includes innovative new developments in biogas equipment, pumps and gas engines. Dosing equipment and biomethane upgrading technologies are also included in this category.
Biogas Upgrading Technologies: Comparison, Equipment and Costs
Compare biogas upgrading technologies, equipment requirements, methane recovery and costs to choose a system for your biomethane project.
Biogas Storage: Gas Holders, Tanks, Bags and Storage Methods
Biogas storage provides a buffer between continuous gas production and the sometimes variable demand for that gas. Anaerobic digesters normally produce biogas around the clock, while CHP engines, boilers, upgrading plants and other gas users may shut down, operate at reduced load or experience periods of higher and lower demand. For that reason, almost every […]
Biogas pH Control Equipment: Monitoring, Alkalinity and Dosing for Anaerobic Digesters
Biogas pH control involves much more than measuring pH and adding alkali. Learn how digester pH probes, alkalinity, VFAs, FOS/TAC and dosing equipment work together to identify and prevent anaerobic digestion process instability
Biogas Generator Manufacturers: How to Compare Gas Engine and CHP Suppliers
Choosing between biogas generator manufacturers is not simply a matter of comparing the number of kilowatts printed on competing quotations. A generator set that looks excellent on a datasheet can become expensive very quickly if it is poorly matched to the available biogas, difficult to service locally, sensitive to contaminants or routinely operated well below […]
Biogas Engines and Generators: How They Turn Biogas into Electricity
We have defined what we mean by a biogas engine and how such engines are used as a biogas generator, including discussing what cogeneration means in terms of secondary heat ultilisation and CHP
Biogas Heating Systems: Boilers, Direct Heat and When They Beat CHP
A biogas heating system can be one of the simplest and most efficient ways to use the gas produced by an anaerobic digestion plant. Instead of converting the biogas into electricity first, the gas is burned in a suitable boiler or process heater and its energy is used directly as heat. That option is sometimes […]
Biogas CHP Systems: Benefits, Efficiency, Costs and Design
Biogas CHP systems transform waste into power, achieving efficiencies over 80%. Ideal for on-site energy, they lower bills and carbon emissions. Agricultural producers, wastewater plants, and landfill operators benefit, despite the high upfront capital costs, by turning waste into reliable energy sources for sustainable operations…
Biogas Utilisation: CHP, Biomethane, Heat and the Best Uses for Biogas
Biogas utilization thrives on combining heat and power units for maximum efficiency. With energy efficiencies reaching up to 90%, CHP systems are a game-changer in waste management and renewable energy production, offering energy independence and diverse revenue streams for agricultural and municipal operations alike…
Anaerobic Digestion Heat Exchangers: Types, Uses, Fouling and Heat Recovery
Anaerobic digestion heat exchangers perform one of the less glamorous but most important jobs on a biogas plant: moving heat from where it is available to where the process actually needs it. They can heat incoming feedstock, maintain digester temperature, recover heat from hot digestate, transfer heat from CHP engines, provide energy for pasteurisation and, […]
Biogas CHP Design: 7 Factors for Selecting and Sizing a CHP System
Biogas CHP design involves much more than selecting a gas engine with an electrical output that appears to match the expected biogas production from an anaerobic digestion plant. A successful combined heat and power (CHP) installation must match the quantity and quality of the available biogas, the site’s electrical demand, the genuinely useful heat demand, […]
Best Biogas Systems Reviews & Tips
Explore the benefits of biogas systems, from cooking fuel savings to reducing waste. Choose tailored solutions, from small kitchen units to large agricultural options. Discover incentives and the truth behind biogas system claims to make an informed choice for energy self-sufficiency and environmental impact…
The Importance of Secure Liquid Fuel Storage in a Low Emissions Future
As global energy systems transition toward lower emissions and cleaner technologies, conversations often focus on renewables such as wind, solar, and bioenergy. While these developments are vital, traditional liquid fuels still play a role in heating, backup generation, agriculture, and industrial operations. In this transitional period, the way liquid fuels are stored and managed has […]
