Load-Point develops modular industrial systems for hydrogen, e-methanol, and X-to-Power infrastructure — turning stranded energy, waste streams, and industrial byproducts into deployable value.
BrineVault's Containerized Direct Brine Conversion (DIBC) unit recovers critical minerals — lithium, magnesium, potassium, and more — directly from industrial brine waste streams. What operators pay to dispose of, BrineVault converts into domestic supply chain assets.
Deployable on-site at oil & gas, DLE lithium, plating rinse and sludges, and mining operations. No large-scale plant infrastructure required.
Waste disposal is a costly, regulated liability. BrineVault flips the economics — hazardous waste becomes recoverable critical minerals.
Reduces foreign mineral import dependency by extracting critical minerals from existing domestic industrial waste flows.
Modular Metal Recovery Unit
A containerized multi-stage recovery system that extracts Nickel, Cobalt, Copper, and Zinc from industrial sludge streams — including electroplating F006 waste, machining sludge, and spent refinery catalyst. Deployed at the point of generation. Eliminates F006 hazardous waste generation before it occurs — no new permits, no waste treatment classification, no cradle-to-grave liability.
By removing metals upstream of the facility's wastewater treatment system, the resulting sludge is no longer metal-laden — dramatically reducing or eliminating hazardous waste disposal costs and generator status.
Recovers CuS, NiS, CoS, and ZnS as commercially valuable products. Hub-and-spoke model transports mixed concentrate to a central SludgeVault facility for selective metal-by-metal separation at premium domestic smelter pricing.
Processing occurs onsite under a process-improvement framework. No hazardous waste manifesting, no transporter handoff, no TSDF dependency. The chain of custody stays at the facility.
Three interconnected platforms. One unified thesis: every waste stream, every stranded watt, and every industrial liability is a resource waiting to be unlocked.
BrineVault's containerized DIBC unit transforms hazardous brine waste into recoverable domestic critical minerals. Industrial liabilities become strategic supply chain assets.
The Methanol-to-X model synthesizes low-carbon fuels from renewable power and captured CO₂. Stranded electrons become liquid energy — storable, shippable, and scalable to global maritime markets.
Localized energy infrastructure bridging waste streams and power demand. Small-package reformers convert methanol back to hydrogen on-site for off-grid communities, data centers, and industrial zones.
Three proven feedstock routes to low-carbon methanol and hydrogen — all designed for modular, decentralized deployment away from traditional industrial centers.
Renewable power drives electrolysis to produce green hydrogen, which combines with captured CO₂ to yield e-methanol — a carbon-neutral liquid fuel. Oxygen and hydrogen offtakes generate additional revenue streams alongside carbon credits.
Biogas from agricultural and municipal waste enters a Steam Methane Reforming process, producing syngas that feeds directly into a Green Methanol Plant. Waste-to-fuel at commercial scale with bio-methanol offtakes to global shipping markets.
Municipal solid waste undergoes gasification producing syngas that flows into a Green Methanol Plant. Landfill lifespan is extended, methane emissions are mitigated, and the community cost center becomes a revenue center.
Green methanol is converted back to hydrogen via small-package reformers and deployed as Power-as-a-Service. ISO tank swap-outs create a fully distributed energy logistics model for off-grid facilities and data centers.
| Fuel Type | g CO₂eq / MJ | vs. Diesel | Notes |
|---|---|---|---|
| e-Methanol | −99% | Produced via renewable electricity + captured CO₂ | |
| Green Methanol | −47 to −87% | Some pathways achieve negative emissions (−55 g CO₂eq/MJ) | |
| Diesel | Baseline | High CO₂, NOx, and particulate matter emissions | |
| Conventional Methanol | +24 to +47% | Higher if produced from coal (up to 300 g CO₂eq/MJ) |
Most rural and remote communities are not yet ready for hydrogen — infrastructure is costly, storage is complex, and grid access is unreliable. Load-Point's X-to-Power model bridges this gap by using methanol as the transport medium.
Green methanol is stored and shipped at ambient temperature — a fraction of the cost of hydrogen logistics. When a community or facility builds demand, small-package reformers convert methanol back to hydrogen on-site, eliminating the cold chain entirely.
The result: a Power-as-a-Service model that serves off-grid facilities, data centers, industrial zones, and remote communities — all from a containerized, swappable ISO tank system.
E-fuel gensets powered by green methanol provide reliable, low-carbon baseload energy for communities and sites beyond grid reach — without large infrastructure investment.
High-demand facilities seeking clean, dispatchable power. Methanol-to-power systems deliver energy independent of grid constraints and comply with sustainability mandates.
Our e-methanol plants are designed for dynamic operation to accommodate variable renewable supply — eliminating curtailment and maximizing asset utilization for power producers.
Decades of experience across energy transition, engineering, industrial project development, and international markets.
With over 25 years of experience in engineering & construction, supply chain management, and consulting for government and commercial markets, Jackson brings a proven track record of driving business growth, spearheading start-ups, executing successful acquisitions, and forging strategic partnerships. Adept at business development, contract negotiations, and effective risk management. Past companies include Bechtel, AT Kearney, Allied Infrastructure, Far East Energy, and Galaxy Solutions.
With over 20 years of experience in Energy Transition, Syngas, and Hydrogen sectors, Dr. Gupta brings deep expertise in process engineering from proposal to detailed design, synthesis gas generation and conversion, and first-of-a-kind technology scale-up. Specializes in green/blue hydrogen, methanol, ammonia, urea, and liquid fuels with thorough techno-economic assessments across steam methane reforming, POX, ATR, gasification, and electrolysis.
Whether you're a renewable developer with stranded power, a municipality managing a landfill, or an industrial operator with brine waste — Load-Point has a modular pathway for you.
BrineVault Technologies is Load-Point's flagship deployed technology. Visit the dedicated site for DIBC platform specs and partnership opportunities.
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