LAUNCHED PROJECTS
MOTION ICON ESCALATOR TECHNOLOGY
A patented technology to improve the safety of escalators with additional application for media and communication.
4M CARBON FIBRE
4M’s revolutionary new fiber manufacturing technology is an environmentally friendly, high capacity method of manufacturing carbon and oxidized fiber. This revolutionary new method will lower energy costs and capital and operational expenses, while enabling the production of fiber products that are currently not economically feasible at industrial scale.
VVATER
With our groundbreaking and innovative technology, we’ve cracked the code and found new ways to treat water without chemicals, biologicals, membranes, or filters. This enables us to share the life-giving ability of pure water with people and places everywhere. At VVater we focus on more than engineering next-generation water treatment technology. We act as a vanguard of sustainability, offering a promise of a better, healthier tomorrow.
GAZ 2 GO
With 24/7 convenience and uninterrupted gas supply. This product is a industry first in Africa. At Gaz2Go, we revolutionise the way you access LPG. Our cutting-edge vending Exchange Stations ensure you never run out of gas. Experience the ultimate convenience in high traffic areas, tailored for your busy lifestyle. This machine is Attractive , High Tech, easy to use , independent and filled with Smart solutions
PALADIN CSEQ
A commercially scalable decarbonisation technology that can be applied to nearly any industrial plant, factory or power station, effectively making the emitter source become carbon-zero. To be independently verified by the one of world’s most respected technological firms, the decarbonisation technology also provides the emitter source substantial value-add opportunities via the production of low-cost green hydrogen, carbonates and bicarbonates.
What is Paladin Cseq?
- Paladin Cseq is an innovative decarbonisation technology that can be applied to any industrial plant, factory or power station that produces GHG emissions, effectively making that factory or power station become carbon zero.
- The Paladin Cseq process involves the installation of a Paladin Cseq plant alongside the industrial emitter, where captured CO2 emissions are fed into a modular Paladin Cseq plant, where the carbon is sequestered and converted to chemically safe and harmless bicarbonates and carbonates (which are valuable for a range of uses).
- Essentially, the Paladin Cseq process takes captured CO2 emissions and utilizes the CO2 as a catalyst in a reaction with water that releases hydrogen ions. Subsequently, a process supplies the hydrogen ions to an electron source to generate hydrogen gas.
- The green hydrogen output from the Paladin Cseq plant is valuable and can be used to generate electrical energy in an entirely circular closed loop, whilst delivering surplus electricity back to the factory and/or grid.
- In the case of a gas-fired power station the green hydrogen can be blended with LNG to deliver high-yielding generation feed for carbon-zero electricity production.
Potential Users
Potential users of the Paladin Cseq technology are effectively any industrial emitter who must decarbonise their operations and/or become more sustainable (either via legislation or on a voluntary basis). For instance:
- Industrial facilities that capture CO2 but are having difficulty disposing of it in a safe and environmentally sound manner;
- Those who implement CCS but have technical and/or logistical challenges with injecting CO2 underground;
- Gas-fired power stations that wish to become cost-effective, carbon-zero electricity producers;
- Coal-fired power stations that wish to become cost-effective, carbon-zero electricity producers;
- Cement production facilities that wish to produce cost-effective green lime and green cement; and
- Steel production facilities that wish to produce cost-effective green steel.