Ennovo products

Our high temperature (HT) flare range provides an ideal solution to meet the increasing regulation in regards to emissions from landfill and anaerobic digester gas flares. Control of the combustion gasses is critical to a successful application of this approach to meet emission standards. Biogas Systems’ high temperature systems excel in achieving the correct mix of fuel gas and combustion air within the combustion zone.

The innovative Lo-Cal HT flare is designed to provide greater gas control during the latter phases of a landfill site, or gas with a low methane concentration. The Lo-Cal HT flare has enabled LFG migration and odour control on landfill sites where conventional plant and equipment has failed. High temperature combustion of gas with low methane concentration is necessary on more and more landfill sites due to increased aftercare requirements. Decreasing gas volumes and lower gas methane concentration require innovative solutions. These systems have been successfully implemented on landfill sites for more than 15 years across Europe, and now have entered the Australian market from Biogas Systems. The unique feature of this flare is that it has been proved to combust methane at 12 %v/v at over 1,000°C ensuring greater than 98 % destruction efficiency and compliance with Emission Reduction Fund (ERF) requirements.

Our elevated flare range of open flare stacks provides a good degree of control over the combustion process in an elevated flame burner, whilst remaining highly flexible and portable. They are ideal for temporary or emergency mobile systems on landfill sites, or can be used at sewerage treatment works and other anaerobic digesters.

Biogas Systems offers tailored power generation systems for landfill and anaerobic digester applications. We use a range of various engines depending on the application, but specialise in adapting these engines for ease of commissioning, maintenance and ensuring they are cost effective. Our power generation systems range from single 150 kW engines for small-scale applications, to 1 MW modular systems. All equipment is maintained using local inhouse experienced personnel to ensure the highest level of support and to maximise electricity output.