Instant Room-Temperature Hydrogen (IRT-H₂)
On-Demand Hydrogen at Room Temperature… A novel and disruptive breakthrough…
IRT-H₂ is a patent-pending process that produces ultra-pure hydrogen at ~25–40 °C by mixing water with two proprietary powders. The reaction is instantaneous and self-pressurising—no electrolysis, no external heating—can be packaged as 100 kW–1 MW containerized modules.
The chemistry is post-bench-scale and proven at POC; the programme is now pilot-bound with certification and extended-duration validation as the next gates. The goal: on-site H₂ or power with fast deployment and bankable unit economics.
Our containerised 100kW - 1MW hydrogen modules deploy in 4-8 months, enabling rapid decarbonisation across diverse sectors.
Expected to offer unprecedented Savings
300% More Cost-Effective than Green Hydrogen
99.9995% Purity
Validated by SGS
Reference System Specifications (1 MW Module)
- Output: ~50 kg H₂/hour
- Auxiliary load: ~0.35 kWh/kg (Offset by Solar PV)
- Purity: 99.999–99.9995% (SGS verified)
- Modeled LCOH $0.90–$1.50/kg depending on scale, duty cycle, and locality.
Initial Applications
Ideal for diesel-backup displacement, data centers, microgrids, mining, telecom, defense, and green-ammonia production.
Super Nano Battery (SNB)
Microgrid power on a trickle
Initial internal trials successfully carried out
01
What it is
Imagine unwavering power from a whisper! The Super Nano Battery (SNB), a compact 12V/60Ah marvel enhanced with a nano catalyst, revolutionizes energy delivery.
Initial household tests prove its ability to unleash a continuous 5–6 kW of power, all while needing an astonishingly minimal 30W trickle input to sustain its charge. This breakthrough enables silent, fuel-free power for an entire home or site, with a ~6 kWh prototype already demonstrating its prowess by reliably powering a residence 24/7 on just ~30W daily input.
02
Why it matters
The SNB offers continuous multi-kW output from micro-input, providing silent and logistics-light power. Its plug-and-play, drop-in form factor (cart or fixed) allows for rapid deployment, and its zero on-site emissions make it an ideal diesel displacement solution for backup and off-grid applications.
⚠️ Preliminary results only — subject to independent validation.
03
Where it plays first
Initial applications include homes & smart buildings, telecom towers, humanitarian/disaster relief, rural electrification, defense field power, and data-center edge/UPS—effectively serving as a silent alternative to diesel gensets.
04
Status & IP
Multiple SNB prototypes have run for weeks under load, with one unit continuously powering a home. Independent third-party validation and technical audits are currently being organized. The intellectual property is privately held, with a strategy contemplating provisional filings.
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Commercial paths
Commercialization strategies include outright buy-out, territorial/sector licensing with royalties, or joint venture manufacturing once validation milestones are met.
Disclosure: Performance claims reflect internal/executive materials and are subject to independent verification prior to broad commercialization.
Clean Extraction Nano Technology
Clean Extraction — Ambient Ultrasonic–Solvent (Shale & Oil Sands)
A novel room-temperature ultrasonic–solvent process to recover hydrocarbons without thermal retorting. It aims to lower energy and emissions while improving product quality.
Focus: shale in North Africa, Jordan, Baltics and oil sands in Canada. Programme is pre-commercial; independent pilots are the next step.
Focus: shale in North Africa, Jordan, Baltics and oil sands in Canada. Programme is pre-commercial; independent pilots are the next step.
Shale (Jordan baseline): Up to 98.8% recovery of organic content with an optimized 1:4 shale:solvent ratio; ~70% solvent recycle per cycle; low-sulfur outputs (~0.06–0.07% in selective runs). Bench/semi-pilot analyses show product properties around API ~11.7, S ~0.25%, HHV ~7,094 cal/g, and pour point < −24 °C. (Ambient operation; no external heating.)Oil Sands (Canada focus): Lab evidence toward ~99% bitumen recovery with ~88% solvent recovery at ambient conditions; next step is pilot replication and solvent-loop economics to target >99% recovery for commercial viability.
Note: Pre-commercial; requires independent pilot validation for full-scale deployment.
Environmental & Product Advantages
- Materially lower energy input, potential emissions reduction vs. thermal baselines, and refinery-compatible outputs. (Pre-commercial; independent pilot validation required before scale-up.)
CORETECH™ Oil-Spill Dispersant
A water-based dispersant designed for effectiveness across salt, brackish, and fresh water, with a materially safer handling profile than petroleum-based products. Built for ports, estuaries, inland waterways, and offshore response; deployable via vessel eduction systems and boom operations.
EPIC™ Water Management
Subsurface Efficiency That Transforms Water Use
EPIC™ is a passive subsurface chamber system that moves water and air underground by gravity and capillarity—irrigation, drainage, and bio-filtration in one platform.
It cuts irrigation demand 50–85%, slashes evaporation, accepts brackish/storm/TSE/blackwater, and is engineered for 50+ years—ideal for cities, campuses, and arid agriculture.
It cuts irrigation demand 50–85%, slashes evaporation, accepts brackish/storm/TSE/blackwater, and is engineered for 50+ years—ideal for cities, campuses, and arid agriculture.
50–85% Less Water
Delivers water directly to root systems, eliminating evaporation and reducing water needs while improving plant health.
Multi-Source Compatible
Works with various water sources, including greywater and stormwater, delivering moisture effectively at root depth.
50+ Year Service Life
Engineered for over 50 years of minimal maintenance, ideal for permanent agriculture, landscaping, and urban greening installations.
Learn more about EPIC Total Water Solutions HERE
RMS Founder & Driver
Rabie M. Shawwa
Entrepreneur, Operator, Environmentalist
Rabie is a builder, operator, and environmentalist. He identifies practical technologies for water, energy, and emissions reduction, then leads their implementation.
With two decades of experience, Rabie has led multi-million dollar programs and negotiated cross-border supply chains. He founded and scaled an internationally recognized procurement house serving EPCs and government clients, including pre-qualification with NATO and U.S. government entities.
His recent focus includes securing EPIC™ regional manufacturing rights for room-temperature hydrogen technology, and mining investments in Morocco through Olah Palace Mining, supporting clean extraction initiatives.