BioChop Ensiling System
By-products, such as dead fish, can be converted to fish silage using a BioChop silage system.
The silage can be stored and transported and subsequently used for various purposes.
Let us find a solution together
You get it with a BioChop system:
Landia BioChop silage system is supplied as a ready-made system for the desired capacity. It can also be supplied as sub-components that are built into an existing system. The systems are delivered to feed fleets, land-based fish farms, abattoirs and ships.
The silage system consists of:
- Acidproof stainless steel silage tank
- Landia chopper pump for chopping, mixing and emptying
- Stainless steel block valves
- Complete control with acid dosing
Available in different sizes.
Chopper Pump DGR-I
| Capacities | up to 450m3/h |
| Heads | up to 25m |
| Motor sizes | 0.75 - 37.0kW |
| Available with | Ex motor / IE3 motor |
Chopper Pump MPTKR-I
| Capacities | up to 475m3/h |
| Heads | up to 50m |
| Motor sizes | 15.0 - 37.0kW |
| Available with | Ex motor / IE3 motor |
Long Shaft Chopper Pump MPFR-I
| Capacities | up to 250m3/h |
| Heads | up to 20m |
| Motor sizes | 18.5 - 22.0kW |
Our solutions within the fish industry
Aquaculture, pumps and mixers
Landia supplies quality equipment for the production of fish silage from smolt plants and emergency boats. Our key component in these systems is the Landia chopper pump.
Silage
Landia produces and delivers customized pumping solutions for handling dead fish and by-products from the fish industry.
Case studies - fish industry
A strong partner with extensive experience in biogas
You will not find anyone who has more experience with pumping and mixing solutions for biogas plants than Landia. We have been involved since the biogas industry’s infancy in Denmark, and today you will find Landia products in biogas plants worldwide.
The biogas industry is growing year by year and we are keeping pace.
When you contact Landia, you will speak with employees who know the industry, including some who have worked in biogas plants themselves.
