ADVANCINGCLEAN & SUSTAINABLEENERGY
3C-Turbines have the capability to retrofit on existing power plants whilst producing cleaner energy more economically and efficiently.
Empowering Countries Worldwide To Build Sustainable Energy Futures
Read about us3C Steam Turbines
Core Turbine Architecture
Compress–Cool–Condense Cycle
Power Plant Integration
3C Steam Turbine is an advanced turbine technology designed to
redefine power generation efficiency and the industrial use of steam.
The system introduces a fundamentally different thermodynamic approach
to energy conversion.
The 3C process re-instates H2O molecular behaviour through a
controlled thermodynamic cycle;
Compress, Cool, Condense
enabling higher efficiency, improved balance, and reduced losses across
the power generation process.
The technology enables an effective energy transition solution while
supporting a more balanced and resilient power generation pathway.
A process which has the dynamics to by-pass energy transition challenges
and meet Global targets for 2029
3C-Turbines have the capability to retrofit on existing power plants whilst producing cleaner energy more economically and efficiently. This energy transition technology applies to all sources of steam including Geothermal, Solar, & SMR, as viable and sustainable contributor to the provision of clean energy to meet an increasing global demand by 2029, whilst reducing emissions.
Planned Projects
3C-Turbines have the capability to retrofit existing power plants while producing cleaner energy more economically and efficiently. This energy transition technology applies to all sources of steam, including Geothermal, Solar, and SMR, as a viable and sustainable contributor to meeting rising global energy demand by 2029, while reducing emissions.
Applications for Electricity Generation from Steam
- Existing Power Plants
- Geothermal
- Solar
- Small Modular Reactors (SMR)
- Coal
- Industrial Heat Waste
Benefits of Small Modular Turbines
- Optimum power output (base load)
- No downtime for maintenance
- Lower carbon footprint
- Elimination of cooling towers
- Lower CAPEX and OPEX