The race to reduce carbon emissions and mitigate the risk of depleting water supply is speeding up everywhere.

Key drivers include current and anticipated legislation suggesting mandatory CO2 emission reductions across the entire economy to reach the global target of 40 to 45 percent below 2005 levels by 2030 and put us on a path to achieve net-zero emissions by 2050. One of the indispensable tools in humanity’s efforts to combat the climate crisis and reach its goal of net-zero emissions, is Carbon Capture and Storage (CCS).

Another consequence of global warming is that water dependent industrial facilities are finding it difficult to operate in regions with stringent water regulations. To mitigate the risk of depleting local freshwater supplies, the public is pressing industry to find alternative water sources.

Water generation and supply currently has high emissions and is considered one of the energy intensive industries globally. For example, California state in the US uses 19% of the state’s energy for water transfer.

Our scalable integrated solution provides an effective response to the challenges of excessive emissions and water scarcity for industries such as power generation, oil & gas, cement, and mining.

Through our groundbreaking patent-pending technology, we enable the extraction of water from atmospheric air or various gas emissions, including flue gas, exhaust gas, vent gas, and stack gas, while simultaneously capturing carbon from these sources.

What differentiates our solution from others in the market is its ability to withstand temperature variations, its freedom from chemicals or solvents, and its self-reliant nature that reduces dependence on external sources. This unique combination sets our technology apart.

In addition, our water generation module offers versatile output, providing water in diverse forms such as industrial water, ultrapure water, agricultural water, or potable water.