The Explorer is a one-of-a-kind search engine that showcases profitable climate solutions from all over the world which are part of an ever-growing, curated, and publicly-accessible database. Select your profile, your needs and climate goals to discover the solutions that fit best with your situation.

Explore Learn more

Cancel Confirm

My Search Alerts

The Solutions Explorer lets you create alerts that match your needs. You can create several alerts and you will receive a notification each time a new Solar Impulse Efficient Solutions is labeled and matches your filters.

Your Search Alerts will show up here.


Sign in to create alerts for your filters and search terms.

Sign in

Don't have an account?

Sign up

My Favorites

The Solutions Explorer lets you shortlist your favorite solutions.

Your favorites will show up here.


Sign in to add a solution to your favorites.

Sign in

Don't have an account?

Sign up

Contact the Solution's Provider

You can contact each Solution’s Provider through the « Solutions Explorer » contact form. The team will also follow up to make sure you’ll have an answer to your request.

Your contact form will show up here.




Sign in to contact the Solution's Provider

Sign in

Don't have an account?

Sign up

My Account

Sign in

Don't have an account?

Sign up

Electric Reactors for Cleaner Hydrogen and Syngas

Supplying industry with low carbon, low cost fuel

Electric Reactors for Cleaner Hydrogen and Syngas

Supplying industry with low carbon, low cost fuel

  • World Alliance Member
  • Featured Solution
  • Labelled Solution
Publication Date January 18, 2021
By CSAR Energy
From Canada
Maturity stage TRL 6 - Prototype testing 1:1 in lab

This Solution electrifies a well-known chemical process used in the production of high-value molecules: hydrogen and syngas, the building block to any synthetic fuel or chemical. Combined with renewable energy, the Solution’s unique architecture provides essential industries (e.g. chemical industries, metallurgy) with these molecules not only at a reduced carbon footprint, but also at a low cost. The system efficiently converts electrical energy into chemical energy by virtue of parallelization and integration. It is a reactor that breaks down into thousands of tightly integrated micro-reactors, packing multiple chemical sub-processes (e.g., heat exchange, water vaporization). This parallel approach allows both small- and large-scale applications, with increases in production easily achieved by adding more elementary micro-reactor units. By using an innovative approach, this Solution offers a low cost, low carbon Solution for the chemical industry.

Company Profile

CSAR Energy

CSAR Energy develops systems using renewable energy to produce hydrogen and syngas.

Headquarters Sherbrooke, QC J1K 0A5, Canada
Type Startup or self-employed
View company profile

Networking Partner

International Cleantech Network

The International Cleantech Network (ICN) is a global network of 13 cleantech clusters on the international forefront of providing innovative and sustainable solutions to meet the growing demand for green technologies.

Solutions Associated 82
View partner profile

Share

Contact the Solution Provider Add to Favorites

The information set out above, is solely for the purposes of information and the Solar Impulse Foundation does not provide any guarantee as to its authenticity, completeness or accuracy. This information does not constitute investment advice or a recommendation to buy into, transact or to enter into any agreement with any of the parties or persons mentioned above. Potential investors or interested parties are solely responsible for their investment or business decisions and for performing any due diligence required by the circumstances. The innovator CSAR Energy has asserted ownership of the intellectual property rights for images, videos, and content showcased above, affirming full and unrestricted usage rights, and has provided explicit permission for the Solar Impulse Foundation to publish such information designated as "public" in the application form.