One core technology, applied two ways. SandBind binds loose ground where infrastructure needs to stand. CarbonLock captures CO₂ and turns it into permanent minerals. Both lock carbon for good.
SandBind turns loose, shifting sand into stable, load-bearing ground. It bonds sand grains through controlled mineral formation, locking carbon in the process. It is delivered as an engineered service, designed for each site and built with infrastructure partners under MERSAAD control.
Loose sand becoming load-bearing ground
Three systems
SB-SS
Surface Systems
Dust suppression, wind erosion control, solar farm ground, pipeline corridors, and laydown areas.
SB-MS
Mobility Systems
Unpaved, access, and haul roads. Stronger surfaces that resist rutting and carry heavier loads.
SB-FS
Foundation Systems
Subgrade, road base, embankments, and shallow foundations that need higher bearing capacity.
Both lines run on the same mineralization: carbon converted into a solid carbonate that does not leak, burn, or reverse. One puts that mineral into the ground you build on. The other recovers it as material you can sell.
CarbonLock captures CO₂ and converts it into permanent carbonate minerals. It runs on two fronts: pulling CO₂ directly from the air, and mineralizing concentrated CO₂ at industrial sources. In both cases, the output is permanent removal plus materials with an economic value.
One process, several outputs
Carbon removal certificates
High-grade carbonates
Industrial specialty chemicals
Treated process water
CO₂ meeting brine, becoming carbonate mineral
Two units
CarbonLock DAC Mineralization Unit
A modular system that pulls CO₂ from ambient air using low-energy airflow and mineralizes it on contact. Best where the goal is permanent carbon removal and high-quality removal credits.
CarbonLock CCU Mineralization Unit
A compact system that mineralizes concentrated CO₂ at steel, glass, power, and other industrial sites. It sits next to the emitter and turns their CO₂ into minerals on site.
