Search
Close this search box.

Containerized ETAs and etars

Low-cost systems manufactured in Angola that, in a simple way, provide access to drinking water for small and medium-sized settlements, public institutions, construction sites, etc.
This system, being locally manufactured, is always adapted to customer needs based on studies developed in response to those same needs.
The use of 20-foot containers facilitates both transport and installation, creating a flexible and modular system that integrates the number of modules necessary for treated water needs.

Characteristics

  • Compact system pre-assembled and adapted to the location;
  • Connections from the outside without the need for intervention inside the containers;
  • Possibility of operating in automatic 100%, manual 100% mode or adaptable to the customer's option;
  • Possibility of increasing capacity with module integration;
  • Operation with photovoltaic-based energy or energy distribution network (possibility of integrating a generator into the system);
  • Simple and low-cost operation and maintenance;
  • Options for collection from reservoirs, lakes or rivers and for systems with holes or wells.

CLEAN WATER TAILORED TO YOUR NEEDS

The module consists of a BATCH reactor, with a horizontal axis made of steel, built from a maritime container.
To the CONTAINERIZED WWTP They exist in two versions: 200 and 400.
The compact form is based on the operating principle of activated sludge, according to the total oxidation system and prolonged aeration. This type of treatment allows a high yield, meeting the requirements of current EU legislation.

MORE ADVANTAGES

  • System ready to work, with no more required than making the hydraulic and electrical connections to the outside;
  • Modular, which can evolve over time, according to usage needs, such as population growth, through the addition of additional units, without stopping existing units;
  • The robustness of the system allows for great ease in arranging the units supported or buried;
  • Totally autonomous due to its complete automation, requiring little maintenance and being extremely simple, not requiring much personnel or specialized personnel.