ALGEACELL
The proven algae-based product to optimise digesters run at high organic loading rates
- Reduces formation of floating layers
- Binds inhibitors
- Stimulates microbial enzyme production
Enzymes & flow improvers
ALGEA.ZYM AL 1+2
In cases of floating layers by drought-damaged maize silage
- Prevents floating layer formation
- Improves swelling capacity
- Accelerates degradation
ALGEACELL + Detox
Proven ALGEACELL with an additional focus on toxin binding
- Binds to mould toxins and ammonia
- Improves hydrolysis
- Stimulates bacterial growth
ALGEAZYM Homogen
The efficient alginate-based combination product with specially formulated enzymes
- Dissolves floating and sinking layers
- Homogenizes the contents of the fermenter
- Promotes substrate decomposition through secondary plant substances
BC.ZYM Faser
Improves the digestibility of substrates rich in raw fibre such as grass and perennial rye silage
- Faster breakdown of cellulose fibres
- Noticeably accelerates digestion
- Visibly boosts manure digestion
BC.ZYM Faser MS
Enables the digestion of very dry substrates that are difficult to break down, such as maize straw and manure
- Accelerates degradation
- Reduces fibre viscosity
- Reduces residual methane potential
BC.ZYM individual
Bespoke enzyme mixture adapted specifically to the substrates used on site
- Improves mixability
- Optimises plant efficiency
- Reduces substrate use
BC.ZYM Mais
Increases digestibility of maize silage
- Unlocks with special hemicellulase complex
- Extends retention time with faster degradation
- Reduces residual gas potential
BC.ZYM Mais dry
Increases digestibility of drought-damaged maize silage
- Improves swelling capacity
- Optimises raw fibre digestion
- Specifically accelerates NDF degradation (non-digestible fibre/ structural substances)
Product overview
| Filename | Filetype | Filesize | Action |
|---|---|---|---|
Filename BioEnergy Product overview | Filetype PDF | Filesize 0,87 MB | Action |
Enzymes & flow improvers
Insufficient degradation can cause floating and sinking layers in the digester, increase viscosity, increase wear on the pumps and agitators, and make mixing more difficult. Poor mixing leads to gradient formation such as differences in temperature, substrate concentration or organic fermentation acids which can no longer be compensated. Homeostasis in the digester is disrupted and bacterial metabolism slows down.
This is where Schaumann BioEnergy's flow improvers and enzymes come in. A lack of digester volume in relation to the installed electrical power and the associated feeding volume can be compensated by enzymes. Enzymes accelerate feedstock degradation creating a virtual retention time extension. The bacterial enzymes working in the fermenter are specifically supported by a wide range of fungal biocatalysts.
The use of enzymatic products is recommended in plants with high dry matter contents and associated viscosity problems. Prior to the use of enzymes, an accurate recording of a wide range of plant and substrate parameters is required, which is carried out by the Schaumann biogas specialist consultant. The analysis results tell us which enzyme components to incorporate into a bespoke formulation or which standard product would fit the bill.