Drag

Demonstration of H2O2 Electrosynthesis at Pilot Scale

Javier Diaz-Maroto Carpintero (Solvay), Enrique Garcia Diez (Tecnicas Reunidas), Pranav Prasad (SolvGE), Alexandra Poch (IRIS), Luciana Vieira and Arne Roth (Fraunhofer IGB)

The primary objective of WP6 is to conduct a mid-scale pilot study to assess the feasibility, time, costs and scalability factors for the proper design and implementation of a full-scale commercial electrolytic hydrogen peroxide production process. The facility will be located at a Solvay site and is anticipated to have a production capacity of several kg of H2O2 per day with product concentrations ranging from diluted to 99%.

The implementation of the demonstrator will ensure the operability and lifetime of the components used in the process. In cooperation with Tecnicas Reunidas and SolvGE, a comprehensive safety risk assessment will precede system operation, utilizing a HAZOP methodology for proactive identification of procedural hazards at the specific operational site.

Following the safety assessment, the pilot plant will undergo continuous process operation with rigorous monitoring of key parameters. This operational phase will evaluate the system robustness and its adaptability to intermittent electrical grid loading, crucial for scenarios of remote locations where electrical supply is contingent upon the availability of renewable energy. A comparative analysis between the real demonstration and a digital twin will be conducted by IRIS.

The final product hydrogen peroxide will be validated for its industrial applicability, internally by Solvay, and in collaboration with external industrial partners as end-users.

WP6: Connecting theory to practical success. Our innovative approach in producing commercial hydrogen peroxide ensures a seamless transition from concept to industry reality.

Demonstration of H<sub>2</sub>O<sub>2</sub> Electrosynthesis at Pilot Scale - Image
Cookies Definitions

Power2Hype may use cookies to memorise the data you use when logging to the website, gather statistics to optimise the functionality of the website and to carry out marketing campaings based on your interests.

They allow you to browse the website and use its applications as well as to access secure areas of the website. Without these cookies, the services you have requested cannot be provided.
These cookies are necessary to allow the main functionality of the website and they are activated automatically when you enter this website. They store user preferences for site usage so that you do not need to reconfigure the site each time you visit it.
These cookies direct advertising according to the interests of each user so as to direct advertising campaigns, taking into account the tastes of users, and they also limit the number of times you see the ad, helping to measure the effectiveness of advertising and the success of the website organisation.

Required cookiesThey allow you to browse the website and use its applications as well as to access secure areas of the website. Without these cookies, the services you have requested cannot be provided.

Functional cookiesThese cookies are necessary to allow the main functionality of the website and they are activated automatically when you enter this website. They store user preferences for site usage so that you do not need to reconfigure the site each time you visit it.

Advertising cookiesThese cookies direct advertising according to the interests of each user so as to direct advertising campaigns, taking into account the tastes of users, and they also limit the number of times you see the ad, helping to measure the effectiveness of advertising and the success of the website organisation.

Success

Message sent!

Success

We sent you a message. Check your email to confirm your subscription

Error

An error has occurred