Ekopak services

By using water as a cooling agent, industrial cooling systems are susceptible to corrosion and deposits of mineral and organic origin. This can negatively affect the operational safety and efficiency of your installation. That is why we keep the quality of your feed water and cooling water at the right level and treat them appropriately

Increased pressure and temperature in steam boilers and hot-water systems can cause corrosion and deposits. This negatively affects the operational safety and efficiency of the installation. Examples of issues you may encounter include heat loss, production loss and technical damage. This is why it is important that feed water and boiler water are of good quality and that they are treated efficiently.

Whether as a coolant, process fluid, solvent or means of transport, just about every company uses water. We call these different types of water process water. Companies increasingly want access to alternative sources for process water, such as surface water, groundwater, sea water and waste water. The reason for this shift is the rising cost of tap water and waste-water treatment. Entirely geared to your needs and requirements and the available water source, we apply the necessary water treatment solution to achieve usable process water or to reuse it – always in accordance with the legislation.

Besides aesthetic damage and direct costs, corrosion leads to enormous functional and production losses. Corrosion is often misunderstood and is therefore so difficult to control. Even within one and the same production unit, there are a wide variety of process conditions, types of installations and equipment. As a result, there are many types of corrosion and corrosion mechanisms to deal with. The Corrosion Control Technology Alliance is a Dutch-Belgian coalition of independent, renowned specialists of which Ekopak is a member. They pool their knowledge and join forces to achieve an efficient and constructive solution for your corrosion problem.

Ultra filtration is a technique which we use to remove bacteria and viruses from water. This is done by forcing water under a pressure of at least 2 bar through a membrane with a pore size between 20 nm and 0.1 micron. The result? Viruses and bacteria get stuck to the membrane and are filtered from the water.