Characterize
Select a technically suitable brine source and establish a defensible laboratory profile.
Technology validation · Water resilience · Resource recovery
Ajo Water (Sol)utions is seeking early investment and technical partners to validate a mineral-recovery-led desalination platform. The immediate objective is clear: prove the chemistry, performance, and economics required to advance toward pilot scale and global deployment.
Seeking technical validation, pilot partners, and early investment
01 / Thesis
Conventional projects focus on fresh water and treat concentrated brine as a disposal problem. Our thesis is that selective mineral recovery can create marketable products, reduce concentrate-management pressure, and improve the economics of water production. The next step is disciplined technical and commercial validation.
02 / Approach
The proving ground is flexible. What matters now is securing the resources, expertise, and suitable brine source needed to generate defensible evidence before advancing larger water-restoration systems.
Select a technically suitable brine source and establish a defensible laboratory profile.
Test selective recovery routes for minerals supported by the actual feed chemistry.
Measure purity, yield, energy use, operating cost, and potential product value.
Use the evidence to define pilot design, integration requirements, and a credible scale-up case.
Target elements and commercial recoverability depend on brine composition, process performance, market specifications, and local regulation.
03 / Development origins
The Colorado River Basin and the New Orleans delta are complementary development pathways—not fixed conditions for success. Together, they show how the technology can respond to distinctly different water and infrastructure challenges.
A setting for testing brine and mineral recovery alongside coastal resilience and circular-material applications under demanding flood, storm, land-loss, road, and levee conditions.
A pathway for evaluating how validated recovery and desalination economics could support Gulf of California intake, efficient conveyance, remineralization, and watershed restoration.
A modular platform designed to adapt to local brine chemistry, resource markets, water needs, infrastructure, and regulation across coastal and inland regions.
04 / Scale pathway
The larger vision connects desalination with responsible concentrate management, mineral recovery, efficient water delivery, and regional restoration. But infrastructure scale must follow—not precede—evidence.
Initial funding will focus on feedwater characterization, recovery testing, product quality, energy demand, operating cost, and pilot design. Regional routes, water rights, ecological effects, and capital requirements will then require independent engineering and regulatory study.
05 / Partnership
We are seeking early-stage investors, laboratory and pilot partners, desalination specialists, geochemists, mineral-separation researchers, engineers, and strategic advisors. The immediate mandate is to validate the technology and build a fundable pilot case.
06 / Founder
Joseph Donald Bowman
Joseph Donald Bowman is the founder of Ajo Water (Sol)utions and a University of Arizona graduate in Neuropsychology and Business Administration, with an emphasis in entrepreneurship. He has spent several years developing a systems-level approach to water restoration, desalination economics, and resource recovery. His immediate focus is assembling the technical expertise and early funding needed to independently validate the technology and advance it toward a pilot.
07 / Investor inquiry
For investment, technical validation, pilot collaboration, or strategic partnership inquiries, send a short introduction below.