ABOUT US
In order to avoid the worst effects of climate change, humanity MUST become carbon neutral by 2050
"The global temperature will stabilize when carbon dioxide emissions reach net zero. For 1.5°C (2.7°F), this means achieving net zero carbon dioxide emissions globally in the early 2050s; for 2°C (3.6°F), it is in the early 2070s.”
per the U.N. Intergovernmental Panel on Climate Change (IPCC). 1
This means eliminating 50 billion annual tonnes of CO2 equivalent emissions. 2
A net zero energy system cannot rely only on solar, wind power and EVs. Rapid growth in the use of technologies to capture CO2 and store it permanently or transform it into climate neutral fuels are also needed. 3
All of BluSky's biomass feedstocks are waste, meaning there's minimal to zero cost for inputs into our manufacturing process
While most carbon removal technologies use massive amounts of energy, BluSky anticipates producing enough surplus energy to power its operations
BluSky's technology is a series of simple, well-established technologies combined in a unique way, making manufacturing much simpler
Because of simplified manufacturing, it is far easier to source low-cost suppliers for much of the work
Utilizing proprietary processes, the Kronos DAC system can capture CO2 for 2/3rds less energy than current technologies*
Previous Solutions
To reach net zero by planting trees would require reforesting an area the size of the United States and Canada combined (1 to 2 billion hectares), and could take between one and two thousand years. 1
Direct Air Capture that works like a CO2 vacuum, is currently too energy intensive and expensive
Geological Sequestration, pumping CO2 underground, needs expensive infrastructure
BluSky Solutions
BluSky's technology requires far less capital investment than other CDR solutions 2, 3
BluSky makes renewable, consistent energy rather than consuming energy
BluSky's solution converts CO2 to rock, eliminating disposal infrastructure
2. Based on combined projected activities of all BluSky technologies as of Q1 2024.
3. As determined through financial due diligence undertaken with potential CDR business partners including Carbonfuture GmbH.
The construction of BluSky’s Kiloplex in Old Saybrook, Connecticut is now complete. Phase-1 Vulcan II system is now operational (January 29, 2024)
20,000 Tonnes
of C02 per year by mid-April, 2024
By the end of 2024,
we aim to grow to
30,000 Tonnes
per year
Built a 7-figure revenue software business previously
Grown multiple brands from small to large sized enterprises
Scaled a sales team from nothing to nearly $30 million in revenue
Led team to make a plan to fully convert UAE to a H2 economy
Managed operations for a $20 million construction company
* Based on publicly available data.
Use biochar to help prevent nickel leakage into the environment when using olivine for enhanced weathering
Use biochar to remove PFAS contamination from agricultural soils
Potentially provide a major University with their own Vulcan next-gen system
a consortium of businesses in Mozambique to provide technology for CDR and for baseload renewable energy.
a major European utility to develop a carbon-negative renewable energy system.
a platform in Brazil representing thousands of farmers to begin producing biochar projects there.