40+ Years
40 Years Of Experience
Enzymes
Why enzymes?
- Promote the enzymatic decomposition of the feedstock
- Increase gas production and reduce the retention time
- Better stirring and pump efficiency
- Reduced daily costs

Leading Standards
Accredited with FSSC 22000, FEMAS...

Global Partnerships
Partners with manufacturers like Jost Chemical and Algry...
MethaFerm Mais Liquid
Highly concentrated enzyme for decomposing cellulose, hemicellulose and other cell wall components Optimal distribution at the lowest amounts of effort Stable even at high pH and temperature ranges Suitable for energy maize Package - 30kg canister
Powder Trace Elements
Example
- Chromium Chloride on Maltodextrin 1%
- Sodium Molybdate on Calcium Carbonate 5%
- Sodium Fluoride on Maltodextrin
- Potassium Iodate on Maltodextrin
- Manganese Sulphate on Maltodextrin
- Sodium Selenate on Di Calcium Phosphate 1%
- Sodium Selenite on Maltodextrin 5%
- Di Sodium Tetraborate on Maltodextrin
- Potassium Iodate on Calcium Carbonate 1%
MethaFerm LiquiFIER
Highly concentrated, specially composed enzyme mixture for breaking down cellulose, hemicellulose, and other cell wall components
Outstanding distribution even with low application rates
Stable even in high pH and temperature ranges
Suitable for long-fibre material and high proportions of manure
Dissolves sink and floating layers within 1-2 weeks
MethaFerm Mais Liquid
Highly concentrated enzyme for decomposing cellulose, hemicellulose and other cell wall components
Optimal distribution at the lowest amounts of effort
Stable even at high pH and temperature ranges
Suitable for energy maize
Package – 30kg canister
Meeting the Highest Standards in Micro Element Production

Regulatory Compliance

High Purity Standards

Low Minimum Orders

Worldwide Delivery
Meeting the Highest Standards in Micro Element Production
Our trace elements are designed to enhance the growth and metabolic activity of methane-producing bacteria while reducing volatile fatty acids (VFA). Packaged in 10 and 20kg biodegradable paper sacks, these elements feature a ferric hydroxide carrier that binds sulphur compounds, improving nutrient bioavailability for optimal performance.

Regulatory Compliance

High Purity Standards

Low Minimum Orders

