At Zest Clean Power, our R&D is driven by innovation and precision to advance next-generation hydrogen technologies.
We focus on:
- Stack Engineering: Developing durable, high-performance electrolyser and burner stacks.
- Balance of Plant: Designing intelligent, efficient, and safe system integrations.
- Component Development: Creating reliable hydrogen system components for optimal performance.
- Performance Studies: Evaluating system efficiency, reliability, and long-term stability.
Through continuous research and testing, we are building affordable, scalable, and high-efficiency hydrogen systems that power a cleaner, sustainable future.
Through continuous research and testing, we are building affordable, scalable, and high-efficiency hydrogen systems that power a cleaner, sustainable future.
- Electrolyser
- Components
- Membrane/separator
- Bipolar plate and flow field design
- Current collector
- Electrode
- Membrane electrode assembly
- Gasket design
- Stack design
- Balance of plant
- Test bench for electrolyser performance study
- Components
- Hydrogen burner for boiler
- Fuel cells
- Components
- Bipolar plate and flow field design
- Current collector
- Electrode
- Membrane electrode assembly
- Gasket design
- Stack design
- Balance of plant
- Test bench fuel cell performance study
- Analytical Tools
- Current density distribution mapping system
- Pressure distribution mapping system
- Interfacial contact resistance measurement system
- Tool for estimating cost optimum End-of-Life
- Components