Clean, safe, affordable nuclear energy — designed for tomorrow's world.
Clean Energy Xpeditions Sdn Bhd (CENERGY) is a pioneering nuclear technology design company with ambitions to deliver innovative solutions aimed at creating clean, safe and affordable energy for a sustainable and abundant future.
Our outside-the-box approach — thinking beyond conventional frameworks — is the key to our innovative solutions in nuclear technology. With a strong emphasis on safety, we are well-positioned to revolutionise the sector globally.
Through ongoing research and development, CENERGY is striving to make nuclear energy more accessible, affordable and practical to mitigate climate change and create a sustainable future. Our published patent and advisory work with Malaysia's national nuclear programme reflect that commitment.
The Low-Pressure Water Reactor (LPWR) is a 300 MW(e) small modular reactor engineered around a safety-first philosophy that removes unnecessary complexity rather than adding more active systems. By operating at low pressure and using natural circulation for core cooling, the design reduces dependence on pumps, high-pressure injection systems, and other mechanically intensive safety equipment. Fewer critical systems can mean fewer failure pathways, simpler maintenance, and greater operational resilience.
Its reactor core is positioned approximately 100 metres below ground, adding an additional layer of physical protection while supporting a compact and secure plant layout. The result is a reactor concept where safety is strengthened through simplification, passive physics, and robust engineering fundamentals.
The LPWR was developed by prioritising intrinsic safety, constructability, and lifecycle practicality. Each major design decision was tested against three questions: can it be simpler, can it be proven, and can it scale?
Utilising gravity and natural convection, our reactor ensures stable passive cooling, eliminating reliance on external power or complex active safety injection systems.
Our design builds upon decades of proven pressurised water reactor technology, ensuring reliability and efficiency with well-understood materials and components.
Designed for modular deployment, our reactor provides scalable solutions with cost-effective implementation — right-sized for emerging and established markets alike.
All thermal power plants aim for the highest energy efficiency by extracting maximum energy from fuel per unit of electricity. But we argue that efficiency only matters when fuel is expensive. Uranium is abundant — squeezing every percentage of thermal efficiency with resource-intensive complexity has rapidly diminishing returns.
Operating at low thermal efficiency enables simpler systems, less stringent engineering requirements, and eliminates the need for complex high-pressure safety injection systems and thick-walled pressure vessels. This improves plant safety tremendously. (See the CHF Tables)
And, unsurprisingly, simpler reactor systems also substantially reduce capital costs.
Dropping from a 50 bar system to a 5 bar system reduces thermal efficiency by less than one-third — but the safety and simplification gains are enormous.
From advanced reactor development to national-level nuclear strategy, CENERGY provides specialised expertise across the nuclear energy value chain. We combine engineering depth, policy insight, and commercial understanding to help clients evaluate, develop, and deploy practical nuclear solutions. Our work spans technology design, programme planning, regulatory readiness, and strategic decision support.
SMR concepts, safety engineering, thermal-hydraulics and licensing strategy.
Nuclear roadmaps, policy support, localisation and feasibility studies.
Commercial structuring, stakeholder engagement and deployment pathways.
We are advancing the development of our Low-Pressure Water Reactor through rigorous R&D analysis and safety assessment across thermal-hydraulics, fuel & core design, and reactor physics — securing the regulatory path for eventual LPWR deployment.
We provide expert insights into nuclear energy policies, economic viability, supply chain localisation, site selection, and power system assessments. Our team contributed to technical evaluations of nuclear technologies, the fuel cycle, waste management, plant siting, safety, security, and safeguards (3S) — with strategic recommendations to MyPOWER Corp to advance Malaysia's nuclear power programme.
Since our establishment in September 2022, CENERGY has made significant strides in nuclear technology innovation. Our published patent application No. 21189257, registered with WIPO, presents the Low Pressure Water Reactor (LPWR) — an innovative approach that enhances both safety and cost-effectiveness in nuclear power generation.
In 2024, we expanded our expertise to include advisory services, providing strategic support to MyPOWER Corp — an entity under the Malaysian Ministry of Energy Transition and Water Transformation (PETRA). This collaboration plays a key role in Malaysia's ongoing feasibility study for nuclear power generation, further solidifying CENERGY's influence in shaping the world's energy future.
Developed a conceptual design of a natural circulation low-pressure water reactor and assessed its safety for his PhD thesis at Imperial College London.
Subject Matter Expert on safety and licensing of nuclear power plants in the United Kingdom, securing regulatory approval for Hinkley Point C.
Clean energy technology investor and nuclear energy advocate focused on powering humanity's progress with environmental sustainability.
A small container of height 15cm is made of a metal sheet in the form of a frustum of a cone with a radii of its lower end at 5cm and radii of its upper end at 10cm.
If filled with teh tarik bought at RM4 per litre, what is the total value?
If this kind of problem solving excites you, reach out to us with your answer, your solution and share with us your dreams.
Whether you have questions about our technology, want to explore partnership opportunities, or are interested in our advisory services..
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CENERGY