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We have developed and patented the most disruptive technology for the generation of green hydrogen through water electrolysis, being able to generate hydrogen where others cannot. This factor, together with the use of the by-products of the process through a totally circular operation, allows us to generate other high-value products and solutions with a single system, which places us among the most innovative technological solutions on the market.

 

Water2kW has in its DNA the development and constant improvement of disruptive solutions. We are already taking the first steps towards new challenges and objectives, aimed at the implementation of artificial intelligence solutions, new less expensive and more environmentally friendly materials and the modeling and simulation of advanced processes. This set of actions will allow us, in a short period of time, to lower production costs and increase the efficiency, safety and reliability of electrolysis technology to levels not achieved until now by the industry.

 

In the next two years we will intensify R&D&i activities in key aspects. The data we currently manage makes us optimistic and brings us closer to the goal of achieving, with our technology, consumption of less than 20kWh per kilogram of green hydrogen produced.

Some of the R&D&i programs and projects that we have been working on since August 2022.

 

Investigation programme

Hiring research personnel for the development of new configurations, process improvement and prototyping.

Innovation Program

R&D&I actions to optimize the integration of H2umidity® in rail freight transport.

Stars Program

Design, configuration and development of an AEMWE stack for integration into H2umidity®.

Public Private R&D&i Collaboration Program

Development of new materials that totally or partially replace the current expensive materials and new manufacturing techniques that contribute to reducing CAPEX and OPEX.

BUILDING FUTURE

At Water2kW we are not satisfied with having highly disruptive technology. We want to go further and that is why we work every day to achieve Excellence.

 

Some of the priority lines of action in R&D&I that Water2kW will work on in the coming months are mainly based on three pillars.

ARTIFICIAL INTELLIGENCE

A.I.

ADVANCED MATERIALS

MATERIALS

ADVANCED SIMULATION

SIMULATION

R&D&i TECHNICAL OFFICES

Water2kW has two technical offices in Spain. One in Madrid, in the Business Center that the capital’s City Council has in Moratalaz and the second in the Scientific and Technological Park of the University of Las Palmas de Gran Canaria in the Canary Islands. The technical office in Madrid allows us to be in permanent contact with some of the public and private technology centers with which we already work on research, development and innovation projects. The technical office of the Canary Islands also participates in these projects and it is a personal commitment of our founder and CEO, since as a Canarian, he joins the commitment that the islands have innovative companies that diversify their economy. Support for the qualification of Canarian youth in emerging and future sectors will create new job opportunities, economic growth and personal development.

DEMOSTRATIVES

For us it is important to work at a project scale that allows us to demonstrate, in strategic sectors, the adaptability and effectiveness of our technology in real market conditions.

 

We are working together with companies from the Agro sector, Food Processing Industry and Sea Port, in the design of three diametrically different demonstrations, but with significant growth potential.

SELF-SUFFICIENCY

Phase: Feasibility
Installed Renewable Energy: Photovoltaic 1,6 MW
H2 Green Production: 115 Kg/d
Electrical Power available through fuel cell: 200 kW
H2O2 production: 400 L (a 2.500 ppm)
Production of water with nanobubbles: 10 m3/d
Available thermal power taking advantage of residual heat: 75 kW (75ºC)

DECARBONIZATION

Phase: Bankable-feasibility
Installed Renewable Energy: 3,3 MW
H2 Green Production: 230 Kg/d
Electrical Power available through fuel cell: 400 kW
H2O2 production: 400 L/d (a 2.500 ppm)
Production of water with nanobubbles: Not applicable
Available thermal power taking advantage of residual heat: 150 kW (75ºC)

DECARBONIZATION

Phase: Pre-Feasibility
Installed Renewable Energy: Photovoltaic 1,6 MW
H2 Green Production: 115 Kg/d
Electrical Power available through fuel cell: 200 kW
H2O2 production: 400 L (a 2.500 ppm)
Production of water with nanobubbles: Not applicable
Available thermal power taking advantage of residual heat: 75 kW (75ºC)