Prospectus
We build what the planet needs now
Proving and scaling Innovations
Restoring Balance
Build What's MissingRMS Sustainability Ventures (RMS) is dedicated to proving and commercializing practical, defensible, "step-change" technologies that close these gaps—delivering immediate impact, not just future promises.
Our portfolio focuses on four key system bottlenecks where innovation can create non-linear value and accelerate positive change:
Water
Addressing scarcity and waste through innovative management systems.
Hydrogen
Clean, on-demand production at ambient temperatures.
Hydrocarbon Remediation
Low-impact extraction with minimal environmental footprint.
Decentralised Power
Long-duration solutions for off-grid applications.
About RMS
RMS Sustainability Ventures is a cleantech company dedicated to identifying, developing, and commercializing groundbreaking environmental technologies. Our core focus is on achieving net-zero outcomes in water and carbon - driving significant positive impact across various industrial sectors and communities.
We believe that true sustainability requires both innovative breakthroughs and efficient implementation. Therefore, our mission extends beyond mere invention to ensure these solutions are scalable, economically viable, and ready for rapid deployment globally, addressing the most pressing environmental challenges of our time.
We bridge the gap between scientific discovery and market readiness, blending cutting-edge science, rigorous practical engineering, and strategic market execution. Our interdisciplinary team comprises leading experts in chemical engineering, environmental science, and business development, all working in synergy.
Our mission is to see that innovative intellectual property moves rapidly from initial laboratory concepts to robust, real-world applications in the field. This accelerated development cycle minimizes time-to-market, allowing us to deliver impactful solutions faster and more effectively than traditional R&D models.
How We Commercialize
Capital-Efficient, JV-Ready
Operating model: RMS acts as IP custodian + commercialization engine, structuring ventures via subsidiaries, licensing, and JVs; we pair engineering design with manufacturing readiness to convert IP into durable revenue and/or significant value
IP Acquisition & Protection
Secure rights and establish defensible position
Validation & Engineering
Independent verification and design optimization
Manufacturing Readiness
Localized production and supply chain development
JV & Licensing
Strategic partnerships for market penetration
Commercial Scale
Rapid and efficient deployment and revenue generation
Portfolio Snapshot
Five Bets with Asymmetric Upside
IRT H₂ (Instant Room-Temperature Hydrogen)
Problem Solved: High cost/dirty H₂; diesel backup emissions
What It Does: Generates H₂ at ~30-40 °C; 1 MW modules; Modeled LCOH $0.90–$1.50/kg depending on scale, duty cycle, and locality.
Stage: POC achieved + partner engagement
Where It Plays: Supply security. Rapid deployment. Data centers, mining, telecom, defense, national, local and microgrids
Super Nano Battery (Prototype)
Problem Solved: Intermittent renewables; diesel reliance off-grid
What It Does: 12 V/60 Ah core delivering 5–6 kW continuous on micro-input (13–30 W)
Stage: POC achieved Prototype; requires official 3rd party validation
Where It Plays: Homes, mobility telecom, disaster relief, rural electrification- microgrids
Cold Shale Oil Extraction (IP)
Problem Solved: Thermal extraction costs/emissions
What It Does: Ambient ultrasonic + solvent process; up to 98.8% hydrocarbon recovery; very low to nil sulfur
Stage: Semi-pilot evidence (Jordan); Morocco readiness
Where It Plays: Reducing the economic cost of shale reserves. Energy security; petrochemical feedstock
Oil Sands Extraction (IP)
Problem Solved: Hot-water process waste; tailings
What It Does: Ambient solvent mix; claim: 99% bitumen extraction; 88% solvent recovery
Stage: Lab-level results; requires independent validation
Where It Plays: Ex-situ mined sands; remediation co-benefits and reduced cost of extraction
EPIC™ Water Management (Commercially Active)
Problem Solved: Water scarcity; irrigation waste; stormwater losses
What It Does: Passive subsurface irrigation/drainage/filtration ; 50–85% less water; long-life, low-energy
Stage: De-risked; 500+ installs; regional manufacturing readiness in GCC
Where It Plays: Agriculture, landscaping, stormwater, water reuse. Net ZERO Water solutions
IRT H₂ — Clean Hydrogen, On-Demand, At Ambient Temperature
What it is
IRT-H₂ is a patent pending process that produces ultra-pure hydrogen at ~30–40 °C by mixing water with two proprietary powders in a sealed reactor. The reaction is instantaneous, mildly exothermic, and self-pressurises to ~8–10 bar—no electrolysis, no fossil fuel, no external heating. At point of use, Scope-1 emissions are 0.0 kg CO₂/kg H₂.
Why it matters:
The model removes the grid-power dependency of electrolysis and the carbon liability of SMR, enabling containerised 100 kW–1 MW modules to be sited quickly for backup, microgrids, and process fuel.
Zero-emission production
Cost-competitive
Modeled LCOH $0.90–$1.15/kg depending on scale, duty cycle, and locality. and LCOE from ~$0.105 to ~$0.059/kWh (5–10 yr horizon).
Modular & scalable
1 MW system (two-level 40-ft container) produces ~50 kg H₂/hour; auxiliary load ~0.35 kWh/kg. Typical lead time: 4–8 months from PO to commissioning (site-dependent)
Proof Point:
Successful Bench scale tests carried out. SGS confirmed purity of 99.9995%. Production cost trending toward $0.90/kg H₂ to $1.50/kg -H₂ which is significantly below current green hydrogen benchmarks
Where it slots in first: diesel-generator replacement, backup/UPS for data centers, mining & microgrids, telecom, defense and disaster relief—engagements already noted in the summary.
With the potential of being 300% cheaper than Green Hydrogen- RMS is currently seeking funding to build a Minimum Viable Prototype (MVP) that will provide both scale and commercial viability.
Super Nano Battery (Prototype) Continuous Power on Micro-Input
Imagine generating substantial power from a minimal trickle charge, like that from a tiny solar panel. At RMS, we have proven that by incorporating a nano-catalyst, our battery prototypes can achieve at least 5kW of continuous power, enabling true microgrid capabilities.
Extraordinary efficiency
A 12 V/60 Ah core capable of running 5–6 kW loads continuously for weeks with only 17–30 W trickle input.
Cost-effective
Targeting a Bill of Materials (BOM) under $300 with a 10-year lifespan and zero on-site emissions.
Versatile applications
Ideal for homes, telecom towers, disaster relief, rural electrification, defense, and UPS systems—providing silent, efficient diesel displacement.
Proof Point:
Prototype powers a 6-7kW home load continuously with only 30W daily input
IP status: No patent has been filed yet. Black-box licensing/escrow and provisional filings are under consideration. Prioritizing third-party replication before scaling up.
Cold Shale Oil Extraction (IP)
Oil Without the Fire: Our revolutionary, room-temperature ultrasonic-nano solvent process extracts hydrocarbons from shale without thermal retorting, leading to significantly lower energy consumption, reduced emissions, and simpler solids handling. Designed as a modular, ex-situ solution, it can be deployed near the resource.
Key Benefits & Technical Highlights
- High Recovery: Up to 98.8% organic content recovery in bench/semi-pilot work.
- Efficient Solvent Recycle: ~70% solvent recycle per cycle demonstrated, targeting ≥95% in pilot.
- Quality Product: Typical product API ~11.7, S ~0.25%, HHV ~7,094 cal/g, pour point < −24 °C.
- Environmental Advantage: Ambient operation (no fired heaters), materially lower specific energy, and reduced GHG emissions pathway.
- Simpler Residue Handling: Produces drier, stackable solids, reducing tailings complexity.
Status & Next Steps
- Status: Pre-commercial; chemistry and flowsheet proven at bench/semi-pilot.
- Next Step (6–12 months): 100–500 t/d semi-pilot with full mass/energy balance and third-party oversight.
- Key Pilot KPIs: Aiming for ≥98% bitumen/oil recovery and ≥95–99% solvent recovery (loop closure).
Commercial Approach
- Model: Territory licensing/JVs with operators/EPCs.
- Focus Geographies: North Africa (Morocco), Jordan, Baltics.
Investor Note: Bench/semi-pilot results show up to 98.8% organic recovery and ~70% solvent recycle. Commercial economics hinge on achieving ≥95–99% solvent loop closure and reproducibility at pilot scale; figures beyond bench scale are forward-looking pending independent validation.
Oil Sands Extraction (IP)
Ex-Situ, Ambient, Solvent-Based
What it is and why it matters
Conventional hot-water oil-sands processing is energy-intensive, water-hungry, and tailings-heavy.
Our IP takes an ex-situ, room-temperature path: mined oil sands are contacted with a proprietary solvent blend to liberate bitumen without heat, steam, or sonication.
The target outcome is high recovery, minimal water use, and dry, stackable mineral residue—a direct attack on OPEX, CO₂, and tailings liabilities in Oil sands rich areas like Canada.
Technical Snapshot & Impact
- Process: Ambient solvent contact (mix/condition → CSTR → phase separation/filtration → solvent recovery → dry sand discharge).
- Bench Results: ~99% bitumen recovery, ~88% solvent recovery at ambient temperature.
- Impact: Lower specific energy, smaller utilities footprint, and dry-stackable tailings improve permitting and reduce closure costs.
Critical KPI: Commercial viability requires solvent loop closure, targeting ≥99–99.5% recovery in pilot to manage make-up and VOCs. Residual solvent in sand (≤500 ppm) and off-gas handling are key.
Status, Validation Plan, and Path to Scale
Status: Pre-commercial; flowsheet defined; reagents and separation train specified at lab scale. Validation Plan:
1
100–500 t/d pilot for full mass/energy balance and winterization testing.
2
KPIs: Bitumen recovery ≥98%, solvent recovery ≥99–99.5%, residual solvent in sand ≤500 ppm, energy intensity vs. hot-water baseline, VOC/odor control, HSE/permitting readiness.
3
Deliverables: Third-party report, HAZOP, LCA snapshot, and bankability appendix (OPEX drivers, solvent make-up curve, tailings cost).
Commercial Model: Territory licensing/JVs with operators and EPCs; RMS retains core IP and QA/QC over solvent and operating window. Exit routes include technology buy-out, licensed throughput royalties, or platform sale tied to proven pilots.
Environmental Passive Integrated Conveyance (EPIC™)
From Wasted Drops to Productive Landscapes
EPIC™ saves 50–85% water compared to conventional irrigation, achieving 100% drainage efficiency.
Proven with 500+ projects in the U.S., EPIC™ boasts a 50+ year lifespan and requires low maintenance.
Versatile applications include agriculture, landscaping, stormwater management, and reuse of TSE/blackwater, supporting net-zero water strategies.
Proof Point:
500+ successful installations with verified 50-85% water savings across multiple applications
The Environmental Passive Integrated Conveyance (EPIC)
Go-to-market playbook
(by asset):
IRT H₂
Containerized 1 MW blocks for data centers/microgrids; secure anchor pilots (100–500 kW) with hyperscaler, miner, and telco cohorts outlined in the summary.
KPI: $0.90/kg H₂ target LCOH
Super Nano Battery
Third-party replication → safety and longevity testing → black-box license/JV for residential/telecom.
KPI: 5-6kW from 30W input
Shale & Oil Sands (IP)
Stage-gated pilots (bench → demo → 250–1,000 tpd) tied to independent validation; prioritize jurisdictions with import dependence and ESG regulatory pressure.
KPI: 98.8% recovery rate
EPIC™
Localize chamber production; blend hardware margins with design/supervision; channel via civil/landscape partners; stormwater + reuse mandates drive volume.
KPI: 500+ installations completed
Rights & manufacturing: RMS holds commercialization rights per company agreements (detail under NDA). EPIC™ manufacturing localization is planned; regional production readies unit economics and scale.
What We're Offering
Strategic Capital & JV Partnerships
Partner with us across three pathways:
JV build-outs
Regional manufacturing/distribution. 1 MW H₂ deployments, and staged extraction pilots.
Licensing
Territory/sector-specific rights with milestones and royalties (H₂, extraction IP, Super Nano Battery black-box).
Equity
Growth capital at holdco or SPV level; asset-level co-investment optionality.
Connect with Us
We are actively seeking strategic partners and investors who share our vision for a sustainable future and are ready to build what's missing. Your partnership is crucial in accelerating the commercialization of these groundbreaking technologies.
We welcome the opportunity to discuss our portfolio in detail, explore tailored partnership models, and demonstrate how together, we can unlock significant value while driving global sustainability.