
Sustainability
Making an impact in the energy transition with sustainable energy technology development, such as hydrogen energy technologies, biomanufacturing process and optimisation, and industrial-scale implementation.

Sustainable energy technology development
Hydrogen is essential for the net zero world, displacing hydrocarbons as a source of power and chemical precursor. The challenge now is to accelerate the development and deployment of hydrogen energy technologies that will be cost-competitive and scalable.
TTP helps clients tackle the hardest problems faced during technology development. We offer a combination of the brightest minds in science and engineering, cutting-edge technical facilities and an exemplary track record in developing novel solutions for corporates and deeptech start-ups alike.
Why TTP
Insight and improvements on fundamental processes
There is vast potential to optimise the generation of green hydrogen and the process of converting it back to electricity. We explore the bounds of possibility through modelling and experimentation, deriving commercial benefit for our clients by identifying engineering and system design changes that will improve efficiency, cost and performance.
Accelerating TRL progression
Our multidisciplinary teams of experts move ground-breaking ideas from lab to demonstrator, faster than anyone else. We prototype, test, iterate and improve, always with a focus on commercially viable and attractive deployment.
Designing systems for commercial deployment
To make an impact, you need to reach commercial scale. We work with our clients and our network of manufacturing partners to scale up, design for scale out, to drive down costs, achieve certifications, and to improve lifetime and reliability.
News & Insights
World Hydrogen Leaders interview Charles Cooke on hydrogen technology innovation
Designing electrolyser technologies to work with fluctuating renewable power
Yes, you’ve made your electrolyser or power-to-X technology responsive to renewable power, but do you know what power fluctuations will do to system lifetime?
How do we make enough green hydrogen to fuel the world?
We need to scale up green hydrogen electrolysers to meet the demands of a net zero world. The first step is to understand the scale of the challenge.
Low-carbon hydrogen: shifting from centralised to distributed production and consumption
The vision for how low-carbon hydrogen will be adopted is shifting. Could the revolution happen faster one vehicle or one boiler at a time? And if so, Who will pay for it?
Hydrogen: How do we keep track of the leakiest gas of all?
The need for hydrogen gas sensing is growing beyond its historic focus on leak detection to encompass a broader range of opportunities including blending, process control and metering. Is there one technology that can meet each of these very different opportunities?
Limitless green hydrogen at the frontier of new electrolyser partnership
Green Hydrogen start-up PlusZero has today (11 May 2022) commenced Step Change – a project with TTP to develop a highly efficient electrolyser, with the aim of producing limitless Green Hydrogen.
TTP and Ionomr enable green hydrogen manufacturing scale-up
TTP and Ionomr Innovations Inc. are joining forces to demonstrate a new green hydrogen electrolyser designed for mass production. Taking advantage of Ionomr’s progressive ion exchange products and TTP’s extensive experience in technology commercialisation, the joint development is expected to deliver electrolysers capable of producing green hydrogen with low operating and capital costs.
Whitepapers

Download the ‘Ready for Scale-Up?’ Whitepaper
For biomanufacturing business models to become economically viable and stave off global environmental collapse, the production of nutrients, fibres, chemicals and fuels in bioreactors must be scaled up by many orders of magnitude without loss of process efficiency.
In this whitepaper, we explain why the time is right for the industry to embrace computational modelling as a tool to design large-scale bioprocesses and control technology in order to compete with, and eventually replace, traditional production processes.
We also showcase some of TTP’s work in this area and demonstrate how we can help find better solutions to the scaling-up problem.