Arguments for Flux4Farms
| Greenhouse gas | Yield | Water | Fertilizer | Energy | |
| For everyone: | |||||
| Reduction in the amount of slurry/digestate (reduction in transport and spreading costs) | ++ | +++ | +++ | + | |
| No increase in tank volumes necessary | ++++ | ||||
| Recovery of water for irrigation / drinking water production | ++ | +++++ | |||
| No dosing of chemicals and polymers into the substrates required | +++ | +++ | |||
| No chemical product change | +++ | +++ | |||
| Reduction of greenhouse gases during storage | ++++ | ||||
| When operating a biogas plant: | |||||
| Increased specific gas yield per substrate quantity (higher C/N ratio) | ++ | ++ | |||
| Increase in throughput and gas yield by up to a factor of 2 with the same fermenter size | ++++ | +++++ | |||
| Pure water can be fed back into the fermenter for pre-dilution | ++++ | +++++ | +++++ | ||
| When spreading slurry on the field: | |||||
| Storable concentrate (sterile, no sedimentation, no more greenhouse gas formation) | +++++ | ||||
| Simplified spreading of the concentrate (no solids, no incorporation necessary) | +++ | ++++ | |||
| Reduction of P in BIO NK fertiliser (no application restrictions in yellow areas) | ++++ | ||||
| Healthy for the soil, as no pathogens on plant foods | +++ | ||||
| Easier to work with as no weed seeds in the BIO NK fertiliser concentrate | +++ | ||||
| Increased mineral fertiliser value of the concentrate | ++ | +++ | |||
| Reduced nitrogen losses when applying the concentrate | ++ | +++ | |||
| Reduction of heavy metals when applying the concentrate | +++ | ||||
| Reduction of greenhouse gases during storage and application | ++++ |
Benefits in figures
- Tell us your specific task - we will show you the advantages relevant to you; if possible, even in figures
- Perfect integration into your system
You produce liquid manure
Your advantages
- Reduction in volume (reduction in transport and application costs)
- No increase in tank volumes necessary
- Recovery of water for irrigation / drinking water production
- No chemical product change
When spreading slurry on the field:
- Storable concentrate (sterile, no sedimentation, no more greenhouse gas formation)
- Simplified spreading of the concentrate (no solids, no incorporation)
- Reduction of P in BIO NK fertiliser (application restriction yellow areas)
- No pathogens on plant-based foodstuffs
- No weed seeds in the BIO NK fertiliser concentrate
- Concentrate production with increased mineral fertiliser value
- Lower nitrogen losses when applying the concentrate
- Reduction of heavy metals when applying the concentrate
- No more greenhouse gases during concentrate storage and application
You utilise liquid manure in your own biogas plant
Your advantages
- Reduction in the amount of fermentation residue (reduction in transport and spreading costs)
- No increase in tank volumes necessary
- Increased specific gas yield per substrate quantity (higher C/N ratio of recirculation)
- Recovery of water for irrigation / drinking water production
- No dosing of chemicals and polymers into the substrates required
- No chemical product change
- Reduction of greenhouse gases during storage
When spreading slurry on the field:
- Concentrate ready for storage (sterile, no sedimentation, no more greenhouse gas generation)
- Simplified spreading of the concentrate (no solids, no incorporation)
- Reduction of P in BIO NK fertiliser (application restriction yellow areas)
- No pathogens on plant-based foodstuffs
- No weed seeds in the BIO NK fertiliser concentrate
- Concentrate production with increased mineral fertiliser value
- Lower nitrogen losses when applying the concentrate
- Reduction of heavy metals when applying the concentrate
- Reduction of greenhouse gases during storage and application
You are planning conversions
- Increase throughput and gas yield by up to a factor of 2 with the same fermenter size by using an optional pre-filter upstream of the fermenter
- Significantly smaller fermenters are possible in the new design
- Smaller tank volumes required
You are a biogas plant or rotting plant operator
Your advantages
- Reduction in the amount of fermentation residue (reduction in disposal costs)
- Increased specific gas yield per substrate quantity (higher C/N ratio of recirculation)
- Recovery of process water
- No dosing of chemicals and polymers into the substrates required
- No more dosing of expensive ammonia binder into the fermenter required
- No chemical or thermal product changes
- No more greenhouse gases during concentrate storage and application
Optional pre-filter upstream of the fermenter:
- Reduction of the specific energy requirement for thermal sterilisation of the digestate
- Increase in substrate throughput thanks to 4F technology (additional revenue due to higher substrate intake)
- Higher gas yield without structural changes to the existing plant thanks to 4F technology
When digestate is spread on the field:
- Storable concentrate (sterile, no sedimentation, no more greenhouse gas formation)
- Simplified spreading of the concentrate (no solids, no incorporation)
- Reduction of P in BIO NK fertiliser (application restriction yellow areas)
- No pathogens on plant-based foodstuffs
- No weed seeds in the BIO NK fertiliser concentrate
- Concentrate production with increased mineral fertiliser value
- Lower nitrogen losses when applying the concentrate
- Reduction of heavy metals when applying the concentrate
- Reduction of greenhouse gases during storage and application
You are planning conversions
- Higher gas yield without structural changes to the existing system thanks to optional pre-filter technology
