Water from air. Anywhere.

Water scarcity is no longer a distant problem. Climate variability, aging infrastructure, and growing demand are putting water security at risk across regions and industries. For many places, the only solution that people and businesses have is to transport water over large distances. At Solaq, we develop Atmospheric Water Generation (AWG) technology as a reliable alternative water source. Our systems are designed to operate independently of traditional infrastructure, adapt to local conditions, and deliver continuous, dependable output.

Liquid desiccant air-to-water generation uses hygroscopic (water-attracting) liquid solutions to absorb moisture from ambient air. The absorbed water is then released through a heat-driven regeneration process, condensed, and treated to produce clean water. This approach can operate effectively across a wider range of humidity conditions compared to conventional cooling-based systems.

Most Air-to-Water or Atmospheric Water Generation technologies rely on cooling condensation, which limits their output based on system size and local climate conditions. Compared to other liquid desiccant systems, Solaq's unique configuration decouples the absorption and regeneration steps, enabling controlled and stable water production with reduced sensitivity to seasonal and climate variability, delivering more predictable output year-round.

By decoupling the absorption and regeneration steps, we can scale the number of absorbers to match local climate conditions, drier climates simply require more absorbers. The regeneration process stays the same from site to site, which keeps its efficiency consistent. This modular approach is what lets us design each unit for a fixed daily output across climates.

Yes. Each Pura-2000 unit produces 2,000 litres per day, but the system is designed as an integrated modular platform. Multiple units can be deployed in parallel at a single site, sharing infrastructure and operating as one coordinated system. This means total output scales linearly — two units produce 4,000 litres per day, five units produce 10,000, and so on. Capacity scales by adding units, making the system suitable for applications ranging from a single community to large-scale industrial or municipal water supply.

The regeneration process requires low-grade heat, which can be supplied by a grid connection, solar-PV, solar thermal collectors, industrial waste heat or a (diesel) generator. This flexibility enables deployment in off-grid or energy-constrained environments while maintaining sustainable operation.

Energy consumption is dependent on system size, the type of available energy source, and the local climate and seasonal variations. We're happy to work through this with you and assess whether our system is the right fit for your challenge. Let's work through the numbers together.

Our system is designed for easy, minimal maintenance, built with durable components and a closed-loop desiccant cycle that reduces wear and complexity. Recurring maintenance can be performed by local partners with components available around the world. Maintenance includes periodic inspections, filter replacements, and routine system checks. Remote monitoring capabilities enable predictive maintenance, helping to identify potential issues early and reduce the need for on-site intervention.

Typical requirements include adequate space for the system units, access to a low-grade heat source or electricity source (or installation of solar collectors), and basic infrastructure for water storage and distribution. Our team provides site assessment and planning support to ensure successful deployment.

Water undergoes polishing and treatment as part of the production process. Monitoring systems track quality parameters in real-time. Specific treatment steps are configured based on intended use and local requirements. Our team can discuss details during the consultation process.

Yes. Drinkable water output is a standard feature of our systems, achieved through post-processing steps that meet industry standards for potable water quality.

All systems include integrated sensors and remote connectivity. Operators can monitor performance, water quality, and system status through a secure interface. Alerts and automated responses help maintain optimal operation without constant manual oversight.

Beyond (remineralised) drinking water, the pure water produced by our systems can be used as process water in industrial applications, datacenters, or even for green hydrogen electrolysis. This versatility allows us to serve a wide range of customers facing different water challenges.

We welcome discussions about pilots, procurement, and partnerships. Contact us through the form on this site or reach out directly. We'll explore your water security needs, assess site feasibility, and discuss how our technology might fit your requirements.