News & Updates
The MIT Grant is government-supported program to align SME innovations closely to the agendas of top sectors. The subsidy for this amounts to a maximum of 350,000 euros if you collaborate on an innovation project with at least one other SME. The grant is awarded on the basis of the ranking of the applications.
SolvGE was recently rewarded with the MIT Grant for the Feasibility Study to continue the research and development of Hydrogen Peroxide solutions.
It’s been a long time coming, but we’re finally here. We are thrilled to launch our SG-1 (1kg capacity/day) Hydrogen Peroxide Concentrator! On 17th of June, we will hold an open demonstration of our products. We welcome all of you that are interested and are curious to know more about how to SOLVing Green Energy together.
On the 9th of February 2022, our co-founder Pranav Prasad together with the support of SolvGE team members Larissa Saffanah Arif, Deniz Ozturk and Eoghan Gilleran, won the Global Student Entrepreneur Awards (GSEA) in the Netherlands. With this award, SolvGE will continue its team expansion, product roadmap and will represent The Netherlands in the global stage of GSEA.
Good news! We’re happy to introduce SolvGE as the eco-friendly propellant supply partner for Delft Aerospace Rocket Engineering’s (DARE) Project Dodo!
SolvGE has developed a line of products branded as the Hydrogen Peroxide Printer. Our product with an output size of 50mL/day is already available for purchase, 1kg/day is available for pre-orders, along with 20kg/day and 200kg/day in the near future. With this, they can greatly reduce our logistic efforts and still carry out launching and testing activities, pushing forward a new era in green space activities 🚀🚀🚀
SolvGE – Sustainable Peroxide for Power and Propulsion
On the 23rd of September 2021, our first Hydrogen Peroxide Researcher-Grade Printer (RGP) was shipped to our first customer: a research university!
It is one of our historical moments at SolvGE. Aside from the RGP, we are already developing the larger scale Printer for our industrial customer applications.
This is only the beginning of our journey to create accessible, safe, and efficient #greenenergysolutions for earth 🌎 , space 🚀 , and more!
A huge appreciation to the SolvGE team that made it happen. Let’s work together and make a change for a better, greener future together 💡🌱
Take-off is a funding instrument aimed at supporting business activity and entrepreneurship originating in science. It is assembled by the Dutch Research Council (NWO).
On the 5th July 2020, SolvGE was awarded the Take-off 2 Grant: Early Phase Project, from NWO in collaboration with TU Delft. The grant help to support the developments of SolvGE’s upcoming technology.
Take-off is a funding instrument aimed at supporting business activity and entrepreneurship originating in science. It is assembled by the Dutch Research Council (NWO) with ZonMw (The Netherlands Organisation for Health Research and Development).
In June 2020, SolvGE was awarded the Take-off: Feasibility Study funding from NWO in collaboration with TU Delft. The feasibility study succeeded in the potential of SolvGE becoming a start-up company.
The Aerospace Startup Voucher & Coaching Programme aims at scouting, creating, and supporting startups, assembled by TU Delft. The basis is that TU Delft invests in the production of a prototype, or the making of a ‘proof-of-principle’ for new technologies.
SolvGE secured the Aerospace Startup Voucher funding and is currently a part of the Aerospace Innovation Hub located in TU Delft.
TTT Voucher from Delft Enterprise for Circular Energy System
The Delft Energy Initiative is the portal to energy research, education, and innovation at TU Delft. This initiative serves as a catalyst for collaboration between scientists and students and between TU Delft and businesses, government agencies, and politicians.
Milestone: Process Time Reduction by 25%
Our Hydrogen Peroxide printer team has achieved a new milestone:
“This week our team reached a new milestone on the concentration of hydrogen peroxide at the research facility. The sample was concentrated from 30% to 97% over the span of 17 hours and 15 minutes, reducing the processing time by 25%. This is a new milestone which further enhances the position of SolvGE’s technology in the market of on-site green space propellants” – claims Dr.B.V.S Jyoti, CEO of SolvGE – “Of course, our goal is to get as close as possible to instantaneous production, but this points we are on the right track.”