Skip to Content


Discover the Singular Water project




Our technology is

simple and effective

It is designed to be easy to install, low-maintenance, and adaptable. No technical expertise or specialised equipment is required. Anyone in the local community can install and operate the plant.

Singular Water plants are available in different sizes and capacities, making them suitable for both small communities and large populations. From systems producing 250 litres per day to industrial modules capable of generating 50.000 litres per day, our technology adapts to the real needs of each location.

 

Out solutions


At Singular Water, we offer a range of solar desalination systems tailored to the specific needs of each community or project. From small-scale solutions for families to large plants capable of supplying thousands of people, our technologies are designed to be efficient, sustainable, and easy to implement.

For households and small communities

250 litres/day

Designed to meet the drinking water needs of families or small rural communities. This low-cost system is ideal for areas with limited access to infrastructure.

Community solutions

2.000 a 10.000 litres/day

For larger communities, we offer modular systems capable of producing from 2.000 to 10.000 litres per day, ensuring a steady supply of clean water for rural or suburban populations.

Industrial plants

 500.000 litres/day

In high-demand areas, our industrial plants can desalinate up to 50.000 litres per hour—ideal for farms, agricultural industries, or large urban centres.

Key benefits of our solar desalination system

 

Scalable

The systems are modular, allowing them to adapt to different needs and population sizes.

 

Low cost

Accessible for communities with limited resources, offering a cost-effective long-term solution.

 

Eco-friendly and sustainable

Reduces carbon footprint and does not rely on fossil fuels.

 

Easy to install

No complex infrastructure or specialised labour required.

 

Fully autonomous

Fully autonomous Operates using solar energy, with no need for external power sources.

How do we make it happen?

Let us walk you through it

This is how the solar desalination process works.

The process begins with the intake of saltwater from the sea using a solar-powered hydraulic pumping system. This system ensures efficient water transport without relying on external electrical grids.

The saltwater is directed to the evaporation unit, where it flows through a specialised conduit designed to maximise solar radiation absorption, enabling gradual and efficient heating.

Inside the evaporation unit, the saltwater is heated using solar radiation. The water reaches temperatures high enough to convert into steam, facilitating the separation of salts and other minerals.

The heat absorbed by the saltwater causes it to evaporate. This process harnesses solar energy to transform saltwater into steam, eliminating the need for external energy sources.

The generated steam is transported to the distillation apparatus, where it encounters a fine spray of freshwater. This step promotes the condensation of saltwater steam into fresh water, separating out impurities and salt.

Condensation occurs when the saltwater vapour meets the sprayed freshwater, generating desalinated water droplets. This process takes place in a sub-atmospheric pressure environment, which facilitates the conversion of steam into liquid.

Any unused heat from the distillation process is recycled back into the evaporation unit to heat incoming saltwater. This heat recovery cycle improves the system’s overall energy efficiency.

The desalinated water is collected in a gathering channel and directed for storage or immediate use. The system is fully self-sufficient, powered by solar energy with no need for an external electrical grid. It can also be scaled to meet different levels of demand.


We focus on the most vulnerable regions of the planet

where we can generate the greatest positive impact




Every plant we install is a step towards a fairer, more sustainable future. Our solutions not only provide clean drinking water but also 
promote local autonomy and help communities reduce their dependence on external sources.
Sub-Saharan Africa (Sahel, Horn of Africa)
Southeast Asia and Central Asia
Arid areas of Latin America and the Caribbean
Rural and desert regions of the Middle East and northern Mexico
Coastal communities facing freshwater scarcity

If you share our vision, you are already part of the movement. Shall we talk?


Spread the word. Support. Get involved. Invest in real solutions

¡Gracias por sus comentarios!

Nuestro equipo le devolverá el mensaje tan pronto como sea posible.

Mientras tanto, le invitamos a visitar nuestro sitio web.