REDOR sp. z o.o. products

The submersible mixers are used, first of all, as sewage treatment plant components. They prevent deposits from settling in balance tanks; they are also used in biochemical processes at waste water treatment plants (denitrification and dephosphatation) etc. In addition, they can be used in the agriculture, industry and sewage systems.

MP and MPA pumping mixers. In the biological water treatment process, a waste water recirculation is required. The pumping (recirculation) mixers pump the waste water, in particular the activated sludge, between the nitrification and denitrification chambers in the biological processes applied at the treatment plants. They can be also used in other industrial and hydrologic plants in which big amounts of fluids and relative small elevation heads (in particular, losses in pipelines) must be pumped. In particular, they are suitable for pumping polluted media, which are difficult to pump for other pumps.

The vertical mixers are process units for mixing plants in the chemical, food industry, drinking or process water treatment plants. There are also applications for sewage treatment plants. The mixers homogenize the content of mixtures and solutions, prevent sedimentation, in solid body solution in fluids or gases as well as intensify the heat exchange. Depending on the needs, various impeller types can be used for the defined processes. The impellers can be made of various materials (e.g., carbon steel, stainless acid resistant steel) in accordance with the requirements of the customers. In addition, the impellers can be equipped with coatings protecting them against chemicals or abrasion.

This mixer can be used in process water treatment plants, in particular in the power industry. The propeller puts the water in motion upwards. Due to the applied propeller, the water treatment process is improved because it is mixed with chemical compounds. Therefore, the full chemical reaction in the whole water volume of the bottom part of the central chamber is provided.