We can design and realize, based on the specific requirements of the customer, chemical-physical equipment, floaters, waste water recycle systems, biological systems.
"Pilot systems" are available to perform tests at the customer's site.
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Flotation is a process to separate
suspended solids or emulsions in the water. They are
typically used to remove sludge from water layer varnishing
cabins and to remove grease or oil in the food industry.
Lately, with the increasing demand of water recycle systems,
they are often used in different applications. |
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The chemical-physical treatment enables to separate
pollutants, dissolver or suspended, from waste
materials. The process is carried out adding chemical
additives, called "electrolytes", to the waste materials
to be treated; such formulations, different according to
the type of pollutant, enable the destabilization of the
balances which allow the particles to remain suspended
in waste materials.
The pollutant coagulates creating big agglomerates
which are then separated with a physical
filtering process.
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Complex equipments
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The chemical-physical, floater, and biological
equipments, can be integrated in complex depuration
systems. |
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Recommended for civil, food (cheese producers, farms,
abattoir and meat processing, processing of vegetables,
wine cellars, etc...), textile and dyery industry
discharges and for all the discharges suitable for
biological depuration cycle, the small-medium size
equipments are realized in pre-assembled version in
metallic carpentry or fibreglass. Bigger systems are
realized according to customer needs with civil works in
ferro concrete.
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 (TECNOCOM
PROJECT)
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The ITR systems can detain pollutants such as COD,
surfactants and dyes.
This specific process enables to realize adsorbents
featuring a very high specific surface, up to
1,000/1,500 mē/g dry, comparable with active carbon.
Unlike active carbons, the installed adsorbent resins
can be produced so as to achieve a preset porosity, with
dimension and volume of the pores targeted to specific
applications, and can be regenerated on site, at
environment temperature or, however, at a temperature
which is not too high. |
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Ultrafiltration and microfiltration systems are
realized after tests with our pilot systems. The
applications of such processes are so extended
that it is not possible to provide a standard
line.
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