If you’ve come to this guide, it’s probably because you’re interested in tertiary filtration of civil wastewater or industrial process effluent finishing. And you’ve probably heard of this technology: pile cloth filters for water treatment. What are they? How do they work? At what stage of water treatment do they intervene or with what benefit?
Occorre un riutilizzo delle acque reflue efficace nelle comunità civili, nell’industria e in agricoltura. E ancor più che in altri ambiti, la versatilità tecnica e funzionale dei filtri a tela pile si sta facendo largo nei progetti di consulenti e studi di ingegneria per impianti di depurazione di acque reflue civili e industriali.
They are the new ally of wastewater treatment engineering firms and consultants: which are the main advantages of pile cloth filters for industrial wastewater treatment?
Tertiary filtration, or final filtration, is a set of processes and technologies that are part of the larger set of tertiary wastewater treatments. One goal: to enable civil wastewater treatment plants and process industries to achieve a very high level of water quality.
Wastewater treatment business is a court where different types of players engage. Dealing with such a complex market is a challenge for any Export Manager of equipment supplying companies. Every single contributor will have different views, goals and technical focuses.
Cloth filtration is a cost-effective and technologically-advanced method to face these challenges. Cloth filters efficiently remove solids form the secondary treatment stages as well as flocs coming produced by coagulation and flocculation stages.
Stringent regulations, limited space, tight installation budgets, and, in the future, scarcity of the water resource: what is the optimal solution for engineering firms and environmental consultants facing these challenges? In many civil, but especially industrial facilities, versatile vertical cloth filters are the answer.
Industrial wastewater can be defined as all industrial process water or industry effluent. On the other hand, it is improper to speak of primary, secondary or tertiary treatment in industrial settings (such as for municipal water treatment plants).
Industrial water filtration systems are useful when it is necessary to be compliant with increasingly restrictive environmental regulations and to obtain a high-quality final effluent. Tertiary filtration is particularly convenient when space availability is limited. Industries often leverage on it when wastewater reuse and recycle within the production cycle is needed.
