 |
|
|
 
|
|
 
Termokimik provides a full variety of services, ranging from waste analysis by means of laboratory tests, feasibility studies, pilot plant tests and basic engineering, up to the construction, erection and commissioning of systems.
In the majority of cases, plants are custom built, to best respond to the specific problems pointed out by the users' engineers; the characteristics of the different process effluent streams are evaluated with a view to ensuring the best possible integration between the treatment system and the production process and recovering the water and chemicals still usable, all of which results in substantial savings in plant operating costs.
Termokimik waste treatment plants incorporate the features of state-of-the-art technology, such as chemical/physical precipitation, ultrafiltration, nanofiltration, reverse osmosis, air flotation, adsorption, nitrification and biological denitrification, evaporation and crystallisation, sludge dewatering, membrane biological reactor (MBR), carbon filter absorption and zeolite filtration.
 Basically, the waste treatment plants designed and built by Termokimik can be classified into two distinct categories:
- Chemical/physical plants for the removal of suspended pollutants, precipitation of heavy metals, recovery of ammonia, treatment of acid and alkaline waste, etc., i.e. plants handling industrial effluents;
- Biological plants for the removal of organic foulants, nitrogen and phosphorus by way of oxidation, nitrification and biological denitrification processes.
Owing to their ability in removing biodegradable organic matters, these plants, in addition to being normally used for the treatment of biological waste, find a wide application in the treatment of industrial waste as well (food industry, textile industry, etc.).
To ensure the highest reliability and operating economy of the plants supplied Termokimik avails itself, also in these cases, of its expertise and wide experience in the sector of industrial automation.
Click here for additional information.
|
|
|
|
|
|
|
