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Next generation of liquid desiccant air conditioners Mojave ArctiDry
20 September 2023

Next generation of liquid desiccant air conditioners Mojave ArctiDry

Mojave Energy Systems announces its $12.5 million seed round of funding that will be used to launch its third-generation liquid desiccant air conditioning platform. The novel Mojave product line cuts in half the energy required to provide buildings with fresh, cool, and dry outdoor air, while using 20% less refrigerant than existing systems on the market.

The Mojave ArctiDry represents the next generation of liquid desiccant air conditioners. It installs like conventional packaged HVAC equipment needing only an electrical connection: no chilled water, domestic water, or gas line required. With ground-breaking efficiency and simple implementation, Mojave ArctiDry is changing the nature of air conditioning.

The round is co-led by At One Ventures and Fifth Wall with participation from Xerox Ventures and others. The company spun out of the Palo Alto Research Center (PARC).

“The way we cool buildings hasn’t changed much in over 100 years even though our buildings have,” noted Philip Farese, Mojave’s founder and CEO. “Today the story is about dehumidification, not cooling; in fact, we spend more energy dehumidifying air than we do cooling it. HVAC equipment improvements have focused on reducing the energy needed for things like heat pumps and fans, neither of which addresses dehumidification. Our first product, focused on providing cool, dry, fresh outdoor air, uses half the energy of other solutions and can reduce emissions by 100 million tons CO2e . It is especially helpful with buildings like schools, hospitals, and grocery stores, that have more demanding requirements,” he explains.

Mojave uses a high concentration salt solution to passively pull water from air. The cool, dry air is then delivered to the building and, notably, the water-saturated liquid desiccant is reused by “regenerating” it (i.e., water pulled out and returned to its useful high salinity state) using only waste heat from the system: this eliminates the need for external sources of heating or cooling.

This process achieves double the moisture removal efficiency when compared to the traditional vapor compression approach, both reducing cost of operation for customers and helping them achieve Net Zero compliance with energy-efficient systems. The Mojave DOAS can “drop in” to existing HVAC infrastructure and requires minimal maintenance.

“In this technology we saw an opportunity to disrupt the $5B DOAS market as well as the broader markets encompassing cooling equipment, energy, and carbon that total over $600B and account for 10% of total global electricity and 4% of emissions,” said Dilip Goswami, Venture Partner, At One Ventures. “But commercial building owners and operators need to see product benefits immediately to move away from traditional inefficient solutions. We are excited about Mojave’s debut product because it offers massive energy savings, refrigerant reduction, drop-in installation, a quick payback, and $50,000 or more per unit in lifetime savings: it’s an easy business decision.”

“We are incredibly excited to support Philip and his entire team at Mojave as they continue to revolutionize the Dedicated Outdoor Air System market,” said Greg Smithies, Partner & Co-Head ClimateTech Investment at Fifth Wall. “Their next-gen products will bring even greater energy benefits to the broader HVAC market imminently.”

In addition to financial benefits, Mojave’s DOAS can also improve indoor air quality. Mojave’s units independently control temperature and humidity, allowing the user to select the ideal indoor air conditions. The biocidal properties of its liquid desiccant even purify the air from bacteria and viruses further improving air quality.

Mojave is already running several field pilots and has its commercial launch slated for January 2024. The company will leverage the new capital for go-to-market and commercialization rollout, manufacturing of initial orders, and continuing to invest in research and development.
Related tags: HVAC, air conditioning
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