MivaMag removes pollutants from industrial wastewater with the help of magnetic particle separation.
Why choose the MivaMag WWTP?
Here are some of the advantages of choosing the MivaMagTM solution to treat indsutrial wastewater:
De-watering and removing pollutans in the same process
The pollutants are removed from the wastewater at the same time as the sludge is dewatered. Our unique technology is based on magnets and does not require use of a filter or an extra de-watering unit. The results in a sludge that consists of 30 % to 40 % dry matter. The sludge is therefore easy to collect and transport for deposit.
The results we have recorded so far show that the MivaMagTM WWTP reduces:
- 50 – 70 % of the organic pollutants
- 25 – 95 % of the of heavy metals
- 80 – 90 % of the phosphorus
- 70 – 90 % of the suspended substance
Our R&D department always analyse a sample of the wastewater that needs treatment. This way, we can predicate how well the treatment works, and we can adjust the process to ensure a high quality treatment.
Treatment capacity and cost efficiency
The treatment construction is constructed in modules which are easy to fit into your exicting built construction. The system is size efficient with good capacity of about 40 m3 of water per hour. This results in a cost-effective treatment. Our treatment system can be constructed on-site and fitted to the surroundings and existing built structure.
Automated and easy to monitor
The process is visual and easy to monitor and is automated and remote controlled. Our team performs service on the treatment plant if there is a need for an adjustment of the treatment process.
WWTP in different industries
Our water treatment method is very flexible and can be used in a wide range of industries:
- Waste management sites and landfills
- Fish hatcheries
- Net cleaning facilities // net lofts
- Textile production
- Paper production
- Mining and metal industry
If we have not listed the industry your company operates in, it does not mean that we are not up for the challenge.