ChloroPlant with our partners are a leading provider of cutting-edge technologies and services, offering scalable solutions for businesses of all sizes. Founded with the aim of contributing to the 'NET ZERO' ambitions of the civilised world, we are committed to providing innovative solutions to help build a better tomorrow for everyone, everywhere. Join our fast growing client base today and be part of the change
learn more ChloroPlant and our partners are focused on finding smart ways of using technology that will help build a better tomorrow for everyone, everywhere. Our Technology Partners are based in Europe and Asia and we all exhibit ambitious growth plans to invest into new Hydrogen Production Technology, Hydrogen Solid State Storage Systems, Innovative Grid Storage Systems, Waste to Power Solutions and localised Modular Hydrogen Production Plants ensure that we are playing a key role in the transition to renewable energy solutions.
With a commitment to innovation and sustainability, our team of experienced professionals are dedicated to providing cutting-edge technology solutions that are easy, fast and secure.
Contact Us to learn more or to set up a meeting with one of our representatives.
ChloroPlant Inc. is actively collaborating with several technology-focused partners from Asia and Europe to ensure the delivery of optimal solutions for its projects as well as its partners' projects. These strategic alliances places ChloroPlant at the forefront of the
Transition to Clean Energy
Hydrexia is an expert in the field of research and development, as well as the commercialisation of hydrogen storage alloys. They play a crucial role in enhancing the safety of hydrogen storage within the hydrogen economy value chain.
Their innovative approach to solid hydrogen storage surpasses conventional methods by offering a higher capacity per unit volume. Remarkably, this method can be operated at room temperature and with minimal pressure, ensuring utmost safety.
We collaborate with several companies specialising in the development of electrolysers, who possess extensive expertise in both research and development and the commercialisation of hydrogen electrolysis technology.
These partners are instrumental in improving the efficiency of hydrogen production within the hydrogen economy value chain.
Our methodology guarantees that we can identify the most suitable solution for each project, thereby providing our clients with the most economical option for hydrogen production.
ChloroPlant Co. Ltd. has been designated by H1Hydro Group [ www.h1hydro.com ], an investment group based in Singapore, to oversee the management of their entry into the Green Hydrogen sector. The initial project involves the establishment of a 10MW Electrolyser facility in Sarawak, with the first electrolyser expected to commence commercial production in the first quarter of 2026.
Further Details to follow early in 2025
Analysis carried out by the Institute for Energy Economics and Financial Analysis has evaluated the carbon intensity associated with blue hydrogen across various production technologies, methane leakage rates, and both 20-year and 100-year global warming potentials, as well as CO2 capture efficiencies. Additionally, it has factored in conservative estimates of downstream emissions linked to the compression, storage, and transportation of hydrogen from production sites to end-use locations.
The findings are as follows:
In contrast to the assertions made by advocates of blue hydrogen, this fuel cannot be classified as clean or low-carbon, and it is unlikely to achieve such status in the future.
Unless one accepts all the unrealistic default assumptions embedded in the DOE GREET model, the production of blue hydrogen from natural gas is demonstrated to be polluting and high in carbon emissions, with carbon intensities that could be up to five times greater than the DOE’s Clean Hydrogen Production Standard of 4 kg CO2e/kg H2.
There exists a considerable risk that the backing and financing of blue hydrogen initiatives by federal and state governments, as well as private investors, will exacerbate global warming, as projects initiated in the near future are expected to release substantial quantities of greenhouse gases into the atmosphere for many years to come.
It is inadvisable for either the U.S. federal government or state governments to allocate funds towards the production of blue hydrogen, which is inherently dirty.
Study Link