In surface technology, a key sector of industrial production, the cleaning of process water is an essential element, especially in processes such as painting, coating, sanding, blasting or brushing. Process water cleaning in surface technology confronts us with various types of wastewater, including washing wastewater, rinsing and active baths as well as process water from electroplating. The challenge of process water cleaning in surface technology lies in the effective treatment and disposal of this waste water.
MKR's evaporator technology offers an innovative solution for process water purification in surface technology. This technology makes it possible to purify up to 98% of the waste water from surface technology and treat it for reuse in the production process. This technology makes process water purification not only efficient, but also sustainable and cost-saving.
A particular advantage of process water cleaning in surface technology with MKR is the recirculation of the water, especially in paint pre-treatment. It helps to reduce disposal costs and at the same time minimise the environmental impact. The purified water from process water purification in surface technology can be reused directly in production, which is particularly beneficial in times of water scarcity.
In surface technology, the MKR evaporator is a central instrument for process water purification. This system is particularly valuable in process water purification in surface technology, as it enables a fully automated process in which clean vapour particles are effectively separated from contaminated molecules. Additional modules and filtration technologies are essential for the efficient and low-maintenance operation of the evaporator.
We are your partner in the planning and realisation of an effective cycle for process water cleaning in surface technology. Our customised advice is based on the specific requirements of your surface technology, such as tank size and other parameters. Our aim is to make process water cleaning in surface technology as low-maintenance and efficient as possible in order to achieve optimum results.