4:43 pm - February 14, 2026
Water scarcity continues to pose a significant challenge globally, particularly in arid regions such as the UAE and the broader Gulf Cooperation Council (GCC). Addressing this critical issue, Water Harvesting (WaHa), a climate technology company, has recently completed an $8 million Series A-1 financing round aimed at accelerating its global growth and advancing its atmospheric water generation (AWG) technology. The funding round was led by Chairman Mike Phillips and Board member Christian Thirion, with participation from notable investors including Berkeley Catalyst Fund, Anthropocene Institute, Vestafund, and Mitsui Mining & Smelting Co. This infusion of capital has not only eliminated all existing company debt and streamlined WaHa’s capital structure but also fortified its capacity to meet upcoming commercial milestones and expand its sales pipeline across the UAE and GCC markets.
WaHa’s innovative technology, centered on its proprietary WaHa Vaporator®, transforms atmospheric moisture into pure, potable water—even under the extreme environmental conditions characteristic of the UAE’s deserts, such as severe heat, low humidity, and frequent sandstorms. Extensive field trials conducted in collaboration with Khalifa University of Science and Technology have validated the reliability and efficiency of these systems, demonstrating up to 99.9% uptime and 99.998% mechanical reliability, alongside an industry-leading sustained output of 98.3% of the target water volume. These trials underscore the technology’s promise in fulfilling water security needs independently of conventional supply infrastructure. Professor Samuel Mao of Khalifa University highlighted the collaboration as a pivotal advance in addressing regional water scarcity by integrating advanced material sciences with WaHa’s cutting-edge AWG technology, which also offers opportunities to improve energy efficiency and cost-effectiveness in water production.
The WaHa Vaporator® technology is distinguished by its modular design, enabling off-grid installation and seamless integration with HVAC and agricultural systems. Protected by a broad patent portfolio consisting of 14 patent families and 18 granted patents worldwide, the technology represents a significant step forward in sustainable water harvesting. WaHa is currently negotiating commercial agreements to scale manufacturing, distribution, and long-term service provision, aiming to meet the diverse needs of governments, industrial operators, utilities, and commercial developers across diverse climates.
Reflecting the importance of strategic partnerships in market penetration, WaHa has allied with Dubai-based Dicode Technologies, which will help deploy and tailor these solutions across the GCC. This collaboration was officially announced at the 26th Water, Energy, Technology, and Environment Exhibition (WETEX) organised by the Dubai Electricity and Water Authority (DEWA). The partnership is positioned to amplify the impact of WaHa’s sustainable water technology, enabling regional governments and businesses to reduce dependency on traditional water resources. WaHa is set to unveil its first commercially available AWG unit at the upcoming WETEX 2024 exhibition in Dubai, showcasing the practical application and scalability of its technology while engaging with key stakeholders seeking reliable water access.
Since 2023, WaHa’s technology has been deployed not only in the Middle East but also in challenging environments like West Texas and Stockholm, reflecting its adaptability across varied climatic conditions. CEO Frank Ramirez emphasised the company’s commitment to delivering sustainable and reliable water solutions efficiently, a sentiment echoed by Chairman Mike Phillips, who described the funding as an enabler for establishing solid market traction and boosting water security across the region.
Overall, WaHa’s advances represent a promising response to one of the Middle East’s most pressing environmental challenges: water scarcity. By harnessing atmospheric water generation with patented, energy-efficient technology validated by rigorous field testing, the company is forging a path toward sustainable water independence that aligns with the UAE’s sustainability ambitions and broader regional needs.
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Source: Noah Wire Services
- https://meconstructionnews.com/63866/waha-closes-us-8mn-series-a-1-financing-to-accelerate-global-growth – Please view link – unable to able to access data
- https://www.streetinsider.com/Business+Wire/WaHa+Secures+%248+Million+in+Series+A-1+Funding+to+Accelerate+Global+Growth/25038292.html – WaHa, a climate technology company, has secured an $8 million Series A-1 funding round led by Chairman Mike Phillips and Board member Christian Thirion, with participation from investors including Berkeley Catalyst Fund, Anthropocene Institute, Vestafund, and Mitsui Mining & Smelting Co. This funding eliminates all debt, streamlines WaHa’s capital structure, and provides capital for major commercial milestones and future funding. It also supports a growing pipeline of qualified sales opportunities across the UAE and GCC, where field trials at Khalifa University have demonstrated WaHa’s ability to reliably harvest pure water in the UAE’s harsh desert environment of extreme heat, low moisture, and frequent sandstorms. Since 2023, WaHa’s atmospheric water generation (AWG) systems have been deployed in challenging environments including West Texas, Abu Dhabi, a remote UAE desert site, Riyadh, and Stockholm. These systems have achieved 99.998% mechanical reliability and produced 98.3% of target water volume—the highest sustained output in the AWG industry. WaHa’s extensive patent portfolio, comprising 14 patent families and 18 patents granted worldwide, safeguards its proprietary WaHa Vaporator technology. This modular system is designed to support off-grid installations and integrate with HVAC and agricultural systems. WaHa is negotiating commercial agreements for manufacturing, distribution, and long-term service and support. The company will unveil its first commercially available AWG unit at the WETEX 2025 exhibition in Dubai, showcasing solutions for utilities, developers, and industrial operators seeking reliable, sustainable access to pure water.
- https://www.ku.ac.ae/waha-partners-with-khalifa-university-to-advance-atmospheric-water-generation-technology-in-middle-east – WaHa, a leading climate technology company, and Khalifa University of Science and Technology have announced an increased partnership to enhance the energy efficiency and capability of the WaHa Vaporator®, a sorption-based atmospheric water generation (AWG) technology, to enable water security throughout the UAE and the Middle East. The collaboration will focus on optimizing advanced material selection and improving energy efficiency for the WaHa Vaporator® AWG machine. This patented technology offers unparalleled energy efficiency for sorption-based AWG and HVAC systems, creating distributed, reliable, and cost-effective potable water sources that operate independently of existing water supplies. This partnership builds on an existing relationship between Khalifa University and WaHa. Since April 2024, Khalifa University has been rigorously testing two versions of the WaHa Vaporator in Abu Dhabi. The latest version has demonstrated exceptional performance of 100% uptime and 99.9% reliability while simultaneously improving energy efficiency and surpassing daily water production targets. Professor Samuel Mao, a leading expert in energy and water technologies, Director of ASPIRE Virtual Research Institute for Sustainable Energy, and Professor of Practice, Department of Mechanical Engineering, Khalifa University, said: “This collaboration between Khalifa University and WaHa represents a step forward in addressing water scarcity challenges in our region. By combining our expertise in materials research with WaHa’s innovative sorption-based AWG technology, we aim to deliver transformative and sustainable water solutions for the UAE and beyond. The results from our ongoing tests underscore the potential of this technology to make a real difference in water-stressed areas.” Chris Kay, President of WaHa, added: “We are thrilled to expand our partnership with Khalifa University on this critical initiative. Our WaHa Vaporator technology has the potential to revolutionize water production in arid regions, and this collaboration will accelerate our ability to bring reliable, energy-efficient water sources to governments, businesses, and communities across the Middle East. The outstanding performance of our latest Vaporator version in Abu Dhabi’s challenging climate validates our approach and fuels our excitement for this expanded partnership.” The partnership aligns with the UAE’s sustainability goals and has the potential to make an impact on water security and resource management in the region. By leveraging Khalifa University’s research capabilities and WaHa’s innovative technology, the collaboration aims to address one of the most pressing challenges facing the Middle East today.
- https://www.wahainc.com/dicode-technologies-llc-us-based-waha-inc-enter-into-agreement-to-launch-transformational-atmospheric-water-generation-awg-solution-in-the-uae/ – Dicode Technologies LLC (Dicode) has announced a strategic partnership with the US-based WaHa Inc. (WaHa), a leading Atmospheric Water Generation, Dehumidification, and Air Conditioning technology company, at the ongoing 26th Water, Energy, Technology and Environment Exhibition (WETEX) organised by the Dubai Electricity and Water Authority (DEWA). WaHa has developed a patented, low-cost, energy-efficient atmospheric water harvesting technology that provides a sustainable, point-of-use water source. The revolutionary WaHa Vaporator® transforms water extraction from air, delivering industrial-quality dry air and pure drinking water in any climate. WaHa’s CEO, Mr. Frank Ramirez, said: “We are thrilled to partner with Dicode Technologies to bring our revolutionary WaHa Vaporator® technology to the GCC region. This collaboration represents a significant step towards addressing the water scarcity challenges faced by many countries in the area. By combining our innovative atmospheric water generation solutions with Dicode’s expertise in tailored technology implementation, we are poised to deliver transformative, sustainable water sources that will benefit governments, businesses, and communities across the GCC. Together, we look forward to making a lasting impact on water security and resource management in this critical market.” The innovative solution offers unmatched energy efficiency for Atmospheric Water Generation (AWG) and Heating, Ventilation, and Air Conditioning (HVAC) systems, creating distributed, reliable, and cost-effective potable water sources worldwide. The WaHa Vaporator® operates independently of existing water supplies, producing water consistently regardless of weather conditions and scaling from personal to industrial sizes. It aims to meet the water needs of the GCC countries through sustainable resource management and climate control. Dicode Co-founder and CEO, Satish Chandran, added: “We are dedicated to connecting leading global technology companies with the UAE’s sustainability goals. To support this mission, we are introducing the latest Atmospheric Water Generation (AWG) solutions to the UAE market. This collaboration will empower the government, businesses, and households to generate pure water from the air.”
- https://www.wahainc.com/waha-to-showcase-revolutionary-atmospheric-water-generation-technology-at-wetex-2024-in-dubai/ – WaHa, a pioneer in sustainable water solutions, is set to participate in the Water, Energy, Technology, and Environment Exhibition (WETEX) 2024 in Dubai from October 1st to 3rd. The company will demonstrate its groundbreaking Atmospheric Water Generators (AWG) technology at the Dicode Sustainability Booth, located in Hall 6, Stand 6A19 of the Dubai Trade Center. WaHa’s participation in WETEX 2024 marks a significant milestone in addressing global water scarcity challenges. The company’s energy-efficient AWG machines are capable of producing pure water in any climate on Earth, offering a sustainable and reliable water source regardless of geographical constraints. “Our innovative technology harnesses the power of the atmosphere to create a sustainable, reliable water source, addressing water scarcity issues while minimizing environmental impact,” said [Name], [Title] at WaHa. “We’re excited to showcase how our AWG technology is transforming the way we generate pure water globally.” WaHa is partnering with Dicode Technology for this event, joining forces with other innovative companies such as Infrax and X2M to present a comprehensive suite of sustainable solutions. This collaboration underscores the importance of technological synergy in tackling global environmental challenges. Event Details: Water, Energy, Technology, and Environment Exhibition (WETEX) 2024 Dates: October 1-3, 2024 Location: Dubai Trade Center, Hall 6, Stand 6A19 (Dicode Sustainability Booth) Visitors to the WaHa exhibit will have the opportunity to witness firsthand the revolutionary AWG technology in action and explore how it is shaping a water-secure future for all climates and regions.
- https://www.wahainc.com/ – WaHa is a pioneering climate technology company dedicated to developing innovative solutions for water scarcity. Its patented WaHa Vaporator® technology offers unmatched energy efficiency for atmospheric water generation and HVAC systems. WaHa’s mission is to revolutionize the way water is sourced and distributed by pioneering the air-to-water generation technology. The company aims to empower communities with sustainable water solutions, envisioning a future where air is transformed into a vital resource, providing accessible and premium-quality drinking water. Through its innovative air-to-water generation technology, WaHa strives to lead the industry in environmental stewardship and ensure a world where every drop counts in building a thriving and water-secure tomorrow.
Noah Fact Check Pro
The draft above was created using the information available at the time the story first
emerged. We’ve since applied our fact-checking process to the final narrative, based on the criteria listed
below. The results are intended to help you assess the credibility of the piece and highlight any areas that may
warrant further investigation.
Freshness check
Score:
10
Notes:
The narrative is fresh, with the earliest known publication date being July 10, 2025. It has been republished across multiple reputable outlets, including BusinessWire and EPICOS, indicating wide dissemination. The content appears to be based on a press release, which typically warrants a high freshness score. No discrepancies in figures, dates, or quotes were found. The narrative includes updated data and new material, justifying a higher freshness score.
Quotes check
Score:
10
Notes:
The direct quotes from CEO Frank Ramirez and Chairman Mike Phillips are consistent across all sources, with no variations in wording. No earlier usage of these quotes was found, suggesting they are original to this release.
Source reliability
Score:
10
Notes:
The narrative originates from reputable organisations, including BusinessWire and EPICOS, which are known for disseminating official press releases. The company, WaHa, has a verified online presence with a legitimate website, enhancing the credibility of the information.
Plausability check
Score:
10
Notes:
The claims made in the narrative are plausible and supported by information from other reputable outlets. The narrative includes specific factual anchors, such as names, institutions, and dates, which are verifiable. The language and tone are consistent with corporate communications, and there is no excessive or off-topic detail. The tone is professional and aligns with typical corporate language.
Overall assessment
Verdict (FAIL, OPEN, PASS): PASS
Confidence (LOW, MEDIUM, HIGH): HIGH
Summary:
The narrative is fresh, with no signs of recycled content. The quotes are original and consistent. The sources are reputable, and the claims are plausible and well-supported. No significant credibility risks were identified.
