MITA WATER TECHNOLOGIES - Minimum Lifecycle in Wastewater Treatment

Italy

Factory icon Manufacturer/ Producer

MITA WATER TECHNOLOGIES
Web icon

Product catalogue preview

Italy

Verified by Europages

The best solution for tertiary filtration: high solid removal yields, minimum water and energy consumption. In the TF – TV VM (VM = metal tank) series the cloth support is made of a perforated metal sheet drum. This model is used for wastewater treatment plants of small working capacity (up to 2.000 PE) or as a secondary treatment downstream from immobilized biomass systems. It is available for installation in concrete tanks or metal tanks versions. The equipment is supplied with an electrical switchboard. - Gravity filtration with limited head loss. - Continuous filtration without standby units for the backwash phases. - Cloth filter in polstoff free fibre provided with high mechanical strength. - High filtration rate (concentrations of TSS < 5 mg/l at discharge).

Request for a quote

Italy

Verified by Europages

The best solution for tertiary filtration: high solid removal yields, minimum water and energy consumption. In the PEC – PEC VM (VM = metal tank) series, cloth washing is done with pumps, each of which is served by two or more discs. The pumps are actuated in sequence in order not to disrupt the functionality of the system. The PEC – PEC MT solution is ideal for small-medium unattended systems with heavy and extremely variable loads. The largest model of this series can process a load equal to a community of approximately 20.000 PE. The various models can be installed in parallel to obtain various working capacities. - Gravity filtration with limited head loss. - Continuous filtration without standby units for the backwash phases. - Cloth filter in polstoff free fibre provided with high mechanical strength. - High filtration rate (concentrations of TSS < 5 mg/l at discharge).

Request for a quote

Italy

Verified by Europages

The best solution for tertiary filtration: high solid removal yields, minimum water and energy consumption. The PPC – PPC VM (VM = metal tank) series was developed for plants with medium-large potential. For filters in this range, cloth washing is done with two pumps only (of which one backup pump) which serveall the discs. The selection of discs on which to conduct the backwash (in sequence) is carried out by using double-acting valves with pneumatic control. The largest standard model in this series has a filtering surface of 160 m2 that can process a load equal to a community of approximately 50.000 PE. A singular feature of this series is the low energy consumption, even more noticeable with the increasing plant potential. - Gravity filtration with limited head loss. - Continuous filtration without standby units for the backwash phases. - Cloth filter in polstoff free fibre provided with high mechanical strength.

Request for a quote

Italy

Verified by Europages

The best solution for tertiary filtration: high solid removal yields, minimum water and energy consumption. The tertiary filtration is strongly influenced by the hydraulic profile of the plant, which often cannot be changed. In the PECV VM (VM = metal tank) disc filters series the collection shaft is placed vertically. The goal is to feed equipment completely submerged even with very low hydraulic profiles. Even for this series, cloth washing is done with pumps, each of which is served by two or more discs. The pumps are actuated in sequence in order not to disrupt the functionality of the system. The PECV VM solution is ideal for small-medium unattended systems with heavy and extremely variable loads. The largest model of this series can process a load equal to a community of approximately 10.000 PE. The various models can be installed in parallel to obtain various working capacities. - Gravity filtration with limited head loss.

Request for a quote
Français See the 18 products Polski See the 18 products Español See the 17 products Deutsch See the 16 products Italiano See the 16 products

The product's lowest life cycle cost for the wastewater treatment. We help engineering departments and contractors to choose the best solutions for all the municipal wastewater treatment phases and for all the industrial sectors: free-fibre cloth filters, biodiscs for biological treatments, Biocombi compact plants for small communities, lamella pack oil-removers and decanters, dissolved air flotation systems, pre-sales and after-sales service: pilot-tests, startup and testing service, maintenance, revamping. MITA produces and trades polar fleece cloth filter for tertiary filtration which is a very high yield solution thanks to its deep filtration. Our key figures: 3, 300, 000+ m2 of installed biorulli, i.e over 1, 570 units, 2, 000+ lamella pack systems for clarification and oil removal systems, 800+ cloth filters installed, 50+ years of experience in wastewater treatment

Latest company news

Probiko Aqua New Distributor for MITA Water Technologies in

Probiko Aqua New Distributor for MITA Water Technologies in

New Distributor ・ 14 Jun 2023 read more Open In New icon

MITA Water Technologies is excited to partner with Probiko Aqua to meet the needs and expectations of Polish customers in the field of wastewater treatment. The company will cover the entire country and will distribute the full range of MITA solutions.

Documents

Filtri a tela

Domain icon Manufacturer/ Producer

MITA WATER TECHNOLOGIES

Via Emilia 4

27010 Siziano - Italy

VAT No.
Contact

Company info

Organisation

  • Year established
    1971
  • pages.epage-home.site-status
    Registered office – Parent company
  • Main activity
    Manufacturer/ Producer

Business info

Trading areas

  • Check Circle Outline icon International

Activities of MITA WATER TECHNOLOGIES

  • Treatment of industrial waste water
  • filtration equipment
  • water purification services
  • waste water purification
  • biodiscs for water treatment
  • industrial run-off water treatment
  • filtration of wastewater
  • filters and filtration systems
  • water treatment plant
  • water filtration systems