Contains Co, Se, Mo, Ni. An addtive with EDTA containing the nutrients in a highly organic available form with a protection against sulfid-precipitation.

A mixture of trace elements that are required by bacteria involved in the anaerobic fermentation process. The trace elements are what bacteria themselves are made of and what they lack in raw materials. Other names for trace elements are micronutrients and micro-elements.

Unlike other mixtures, the proposed additive contains trace elements in a special jelly form. In conventional mixtures, microelements are in a powder form, which settles to the bottom of a biogas reactor and the efficiency decreases significantly. In the proposed mixture, trace elements float throughout the reactor. Moreover, the organic binder is an edible packaging that helps absorption of trace elements by bacteria.

The additive allows to completely eliminate the use of manure when fermenting maize silage, distillery stillage or spent grain. And even in the biogas plants operating with pure manure, the addition of trace elements offers efficiency advantages.

The cost of trace elements is less than 1% of the self-cost of biogas. However, thanks to them, biogas yield often increases by 30-50%. Even, if we assume that the biogas yield increases by only 1%, then the microelements already pay off.

For example, when operating 100% on a single feedstock such as corn silage or distillers grains, this amount allows for the complete elimination of manure as a coenzyme.

The daily micronutrient dosage for a 1 MW biogas plant 10 000 - 11 000 m3 biogas per day is 1 liter. 

The first single dose = daily dose x actual gas yield coefficient x fermentation time.

Example
A 1 MW biogas plant operating on 100% silage.
Actual biogas yield is 50%. The digesters are completely filled.

One-time first dose = 1 liter/day x 0.5 x 35 days = 17.5 liters.
Then the daily dose is 1 liter per day.

Supplied in 220 liter barrels.