A Brief History
Graphene, a remarkable material with extraordinary properties, was first isolated in 2004 by Andre Geim and Konstantin Novoselov at the University of Manchester. The groundbreaking discovery earned them the Nobel Prize in Physics in 2010. Graphene consists of a single layer of carbon atoms arranged in a two-dimensional honeycomb lattice, making it incredibly strong, lightweight, and highly conductive.
Despite its discovery in 2004 and subsequent research showcasing its potential, graphene has faced significant challenges in transitioning from laboratory curiosity to practical applications. Issues such as low production yields, high manufacturing costs, and impurities in the final product have hampered its widespread adoption in consumer products.
We have developed a patented method that revolutionizes graphene production by using atmospheric carbon as our source material.
This approach not only produces pure, high-quality, high-yield graphene
but is also carbon negative. Turning harmful CO₂ into a valuable resource.
Phases of Development
Phase One
Beta Testing
- Create Prototype
- Safety Testing and Beta tests
- Finalize Prototype Design
- Test and verify results from final prototype
Phase 2
Carbon Negative Integration
- Begin carbon capture integration
- Begin controlled methane combustion integration
- Safety test both systems
- Beta test both systems and modify accordingly
- Complete testing and finalize fully enclosed system.
- Test fully enclosed system off grid.
Phase 3
Production Model
- Acquire production facility
- Begin development of production model
- Safety test
- Beta test
- Endurance off grid test
- Bring production model online
Phase 4
Bi-Lateral Product Development
- Begin development for graphene based batteries
- Begin development for graphene based solar cells
- Begin development for graphene based semiconductors
- Begin development for graphene based conductor/ wiring materials
- Sell graphene for raw material applications like concrete and other building materials
Why your investment matters
Investing in Project Seltzer means investing in the future of renewable energy. Our breakthrough technology not only addresses the current inefficiencies in energy storage and generation but also contributes to a greener planet. If the future is going to be green, It’s going to need graphene and Project Seltzer is poised to lead that change.
Market Size / Carbon Emissions
Worldwide Data for Market Size and respective Carbon Emissions
Size
125B
190B
2.2T
Emissions
150B
110B
3.3T
Hiring
It's not here yet, but we'll let you in on a secret. It's coming really, really soon.
