Dr. Khaled Mahmoud, Research Director of the Water Center at the Qatar Environment and Energy Research Institute (QEERI), part of Hamad Bin Khalifa University, has spent more than two decades working across academic research and industrial application. That combination of experience shapes how he talks about innovation. For Mahmoud, a validated result in the lab and a working product in the market are two very different things, separated by steps that research alone cannot cover, and closing that distance is exactly what brought QEERI into partnership with the QSTP x TotalEnergies WaterTech Accelerator.
“To translate ideas from the lab to full deployment and reach the market, there are multiple steps that should be taken,” Mahmoud says. It starts with the research idea itself, followed by validation in the lab. From there, the idea needs to be protected, prototyped, and eventually scaled to a size that can be tested under real conditions before it is ready to become a commercial product. Universities and research institutes, he explains, are generally well positioned to carry a concept through these early stages. What comes next is a different undertaking altogether.
“To reach the market is a totally different game, where industry has to engage and align this innovation into a deployable product,” he says. That stage calls for capital, testing infrastructure, and a kind of operational experience that most research groups do not have on hand. Startups, fabrication partners, and industrial testing sites all become necessary at this point and coordinating them is rarely something a lab can do on its own.
This is the role an accelerator is meant to play. In Mahmoud’s words, an accelerator functions
as a junction between the researcher and the end user,
bringing funding, testing sites, and both economic and technical experience into a single point of contact. Without that junction, he argues, the gap between a research idea and a commercial product is simply too wide to cross reliably.
Mahmoud is equally direct about the environment that makes this kind of work possible in Qatar, and Qatar Foundation sits at the center of that picture. “Qatar Foundation has been leading the way in optimizing and building the ecosystem that makes the translation of research to industrial deployment successful,” he says. He describes Education City itself as a living laboratory, complete with smart city infrastructure, and points to the strength of the institutes under Hamad Bin Khalifa University as part of that same environment. Just next door sits Qatar Science & Technology Park, which Mahmoud describes as home to the entire innovation pipeline, running from fundamental research at the university, through the research institutes, and into industrial translation, all within reach of one another.
QEERI has built its own facilities around that same principle. Mahmoud describes a full range of lab capabilities, from early testing and validation through to manufacturing and deployment, designed so that industrial partners can work alongside QEERI researchers throughout a project rather than only at the end of it. “QEERI is now the place to go,” he says, where companies bring their ideas and QEERI supports the innovation until it becomes a product suited to the needs of Qatar.
At the Water Center, Mahmoud organizes his group’s work around three main initiatives: water quality, desalination and brine management, and wastewater treatment and resource recovery. Each has produced work with direct industry relevance. Across these three initiatives, Mahmoud says QEERI has been working with the QSTP x TotalEnergies WaterTech Accelerator to identify startups and companies, from those working on the sensing of emerging contaminants such as PFAS, a pollutant he describes as a critical, globally recognized concern, to those developing pretreatment protocols suited specifically to the water chemistry of the Arabian Gulf, alongside separate work on waste valorization.
Several projects illustrate what this translation process looks like in practice. Salt, one of QEERI’s flagship efforts, addresses desalination and brine management through a strong industrial partnership focused on mineralizing and reusing brine rather than discharging it back into the sea. “We are providing a complete solution to optimize the desalination process and reach zero liquid discharge, where the brine can be recovered and reused for multiple value-added products,” Mahmoud explains. The project’s results were strong enough to earn QEERI a place in the XPrize Water Scarcity Competition, where, as Mahmoud notes, it was the only competitor from the region to advance in two separate tracks of the prize.
A second project, Waste to Value, converts agricultural and industrial waste into usable outputs. Mahmoud describes a process that turns agricultural waste into high protein animal feed, with biochar, which he calls black gold, produced as a byproduct for use in soil amendment. The work attracted a two-million-dollar grant from the Gates Foundation to support deployment of the animal feed technology in African and Southeast Asian countries. A third initiative, Drops, is developing a passive, handheld atmospheric water generator intended for emergency situations where access to water is otherwise unavailable.
Beyond these named projects, Mahmoud points to ongoing collaborations with the oil and gas industry, the farming sector, and Qatar’s ministries, including Kahramaa and the Ministry of Energy, all of which shape how QEERI prioritizes its research.
The QSTP x TotalEnergies WaterTech Accelerator itself remains central to where Mahmoud sees this work heading next.
We are excited about the collaboration with the WaterTech Accelerator, where we have already started looking at potential innovators and potential startups that have an interest, either from Qatar or an interest to establish in Qatar,
he says. He does not expect the relationship to remain limited to water. Since QEERI’s research also spans energy, environment, and materials, he anticipates future opportunities in adjacent fields such as AgriTech and EnergyTech, and says QEERI looks forward to a stronger, ongoing collaboration with QSTP Accelerator Program going forward.
Taken together, Mahmoud’s account describes an institute that measures its work less by publications than by what eventually reaches the ground, whether that is a desalination process reaching zero liquid discharge, a biochar product improving soil health abroad, or a startup finding its first industrial partner through the WaterTech Accelerator.
Learn more about the QSTP x TotalEnergies WaterTech Accelerator at qstp.qa/programs/watertech/.
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