Biogas Renewable Energy
Innovative Additives to Optimise
In intensive poultry breeding and processing, sound hygiene can minimise disease problems and maximise production as well as extend shelf life and quality of the end product.
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In intensive poultry breeding and processing, sound hygiene can minimise disease problems and maximise production as well as extend shelf life and quality of the end product.
Get in TouchPerformance efficiency of your biogas plant is remarkably dependent from the fermenter biology. The highest possible yield can only be achieved through a perfect fermentation process. Therefore we have created a range of additives to maximise performance. With our know-how you will make the most of your biogas plant.
Agri Flex is a custom-made additive, containing trace elements and micro-nutrients which can improve methane yield by up to 30 per cent. After analysing the contents of your fermenter - usually every three months - we design and formulate a specific mixture tailored to the particular needs of your own biogas plant. This additive, available as a powder, stabilises the anaerobic biologal processes so acidification is avoided. This means less substrate is needed for a given amount of biogas production. Gas output is improved thereby maximising profit.
Agri SOS, available as a powder, is our first aid for your biogas plant. It contains all the required trace elements to ensure a reduction in high acidity. Its use will avoid a rapid collapse in biogas production and will save you the costly task of restarting the plant.
For long-term stabilisation of the biological processes we recommend our individual trace element mixture, Agri Flex.
Grams of acid per kilo substrate - Acetic acid - Propionic acid
With the use of Agri Visco the biogas can rise more easily through the substrate and the substrate digestion is also improved.
Agri Visco is a selected combination of different enzymes which can reduce the viscosity of the substrate in your digester. Some raw materials contain high levels of carbohydrates, such as starch, protein and polymer substrate fibres. These materials withhold water, increasing the viscosity in the fermenter thus causing mixing and pumping problems. High viscosity also results in higher energy consumption for mixing, resulting in methane having greater difficultv in passing through the substrate.