Radial weir screen WeirTech®Nw57.300 for the BENIDORM WWTP (Alicante)

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Supply of a mechanical equipment for the BENIDORM WWTP in Alicante, for one of the most important WWTP operating companies in Spain. In this case, a very important improvement has been made in order to accomplish with the European wastewater regulations.

We supplied 2 radial weir screens WeirTech®Nw57, with a mesh of 6mm, to treat a flow of 1094.2m3/h per equipment, which were installed in the coarse waterhole, in the spillway where they discharge in case of rains the raw water directly into the Benidorm’s beach.

Its main functionality is to retain the fine solids that are returned to the coarse waterhole, to be extracted by the bivalve spoon or by the pretreatment channels.

In this case, being a facility with more than 20 years it was not possible to install our standard equipment and our engineering department made an exclusive design for AQUAMBIENTE, SA.

This way we managed to reduce the environmental impact and keep clean beaches free from all type of solids it may arrive in case of rains. The supply integrated (2 screens + 1 control panel+ level control).

NETWATER and its firm commitment to innovation and improvement inside the water field

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[vc_row][vc_column][vc_column_text]The following article briefly summarizes the evolution of the water sector in recent years, which is not very encouraging, something that worries us, but at the same time, it serves as a motivation to invest more resources in R & D & I.

Bringing new products to the markets that contribute to reduce investments in maintenance of electromechanical equipment, while offering high quality, reliable results and efficient products is the main aid of the company.

From our research and development department, we are studying the possibility of applying new materials with better mechanical performance and greater resistance to corrosion than materials commonly used in the sector, which would directly affect the useful life and costs for public administration.

Article: http://futurenviro.es/digital-versions/2015-09/index.html#12[/vc_column_text][/vc_column][/vc_row]

Optimized designs (Low maintenance & Energy cost)

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As a new company Netwater Technology we focus our efforts in innovations and new progress in our field of actions.

Our R & D department is constantly developing new possible designs of the conventional machines offered in the market for wastewater treatment since many years back.

We are proposing to make more optimized designs in terms of minimizing the energy consumption level and achieving the lowest carbon footprint possible simultaneously.

Thanks to that last points we reduce the maintenance costs of our machines and we are also able to improve other aspects such as:

Prolonging the useful life of components and the reduction of the labour costs

In order to improve all these traditional problems we have provided greater resources to our R & D department with state-of-the-art software, something essential to be able to make a difference to our competitors.

Special Mention in magazine “Capgrós”

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Publication made in the magazine Capgrós published on 12/5/2014

Specific content of the News:

Netwater Technology is a new company based in the TecnoCampus that is dedicated to the design and commercialization of mechanical equipment for the treatment of urban and industrial wastewater.

With a technical team with more than years of experience in the field, they are specialized in their machinery that, apart from being innovative, advanced and with great quality, it is also more efficient and reduces the electrical consumption compared to the traditional equipment offered by most of the competitors.

Due to that last points their equipment happen to be more economic and suitable for the client.

The machinery that they design and commercialize could be installed in urban treatment plants (WWTP) and they also have applications in many industrial sectors such as: textile, meat processing, or paste-paper among others.

Once passed through their initial filtration equipment, the water goes to the next process.