Hydrosolutions Canary Islands

Water purification in the Canary Islands and Africa

Drinking water purification plant in the Canary Islands with tanks and reverse osmosis system

Water potabilisation is an essential process to guarantee access to safe water for human consumption, complying with current health and regulatory requirements. In the Canary Islands, where desalinated, groundwater and alternative catchment water coexist, potabilisation is key to protecting public health. In Africa, this need is even more critical due to the variability of source water quality and the limited infrastructure available in many regions.

Hidrosoluciones Canarias develops drinking water treatment solutions adapted to each project, using the Canary Islands as a technical and logistical platform to support installations both in the archipelago and in West and North African countries.

Professional water purification solutions from the Canary Islands as a technical and logistical hub to Africa.

Filtration and pre-treatment systems

Filtration is one of the most important stages in drinking water treatment, as it determines the efficiency of subsequent processes.

We design and integrate systems based on:

  • Sand filters and multimedia filters

  • Activated carbon for chlorine, odour and organic compound removal

  • Prefiltration for protection of disinfection equipment

These systems stabilise the inlet water and improve the overall reliability of the installation.

Design and installation of new drinking water treatment plants

For projects that do not have a suitable drinking water treatment system, we design turnkey plants adapted to each case. Each system is designed individually, taking into account:

  • Origin and characteristics of water

  • Required flow rate

  • Water end-use

  • Environmental and operating conditions

We develop efficient, durable and easy-to-maintain solutions.

Disinfection systems for drinking water purification

Disinfection is at the heart of any drinking water treatment system. We select the most appropriate technology according to water quality, end use and operational context. Disinfection technologies used

  • Traditional chlorination

  • Chlorine dioxide

  • Ultraviolet (UV) radiation

  • Combined systems for increased sanitary safety

These solutions are applied both in the Canary Islands and in projects developed in West and North Africa.

Maintenance and improvement of water quality

We carry out maintenance, technical revision and optimisation of drinking water treatment systems for:

  • Ensuring microbiological water quality

  • Maintaining process stability

  • Reduce reagent consumption

  • Avoiding breakdowns and supply stoppages

We provide direct service in the Canary Islands and offer the supply of spare parts, consumables and specialised technical support for installations in Africa, acting from the Canary Islands as an operational base.

Self-contained solar-powered water treatment plant in container for off-grid areas Canary Islands

New!

Water purification with solar energy

 

In environments where access to the electricity grid is limited or non-existent, we develop solar-powered water purification systems.

The integration of photovoltaic systems allows:

  • Fully or partially self-sufficient operation

  • Reduction of energy costs

  • Increased reliability in environments with unstable power supply

These solutions are especially relevant in emergency scenarios, natural disasters or humanitarian projects where ensuring access to safe drinking water is a priority.

Company specialised in water purification in the Canary Islands and Africa.

Why choose Hidrosoluciones Canarias?

In Hidrosoluciones Canarias we design, manufacture, install and maintain water purification systems, adapted to the origin of the water and the real needs of each client.

We offer reliable, robust and easy-to-operate solutions for:

  • Urban and community water supply

  • Hotels and resorts

  • Industry and production processes

  • Health and education centres

Our systems are developed for both urban environments and remote locations, with the possibility of modular and self-sufficient solutions.

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