BUSINESS
BUSINESS
CLIMATE CHANGE:
Every U.N. scenario to achieve this goal requires carbon dioxide removal (CDR).
This means taking CO2 out of the atmosphere.
It’s climate change in reverse.
If we don’t do it, then everything changes.
Image Source: MCC Common Economics Blog
Cost of < $270 per tonne by 2050
Carbon removal could become a trillion-dollar industry. Big oil companies and tech giants such as Microsoft are investing in carbon removal technology to cater to businesses that want to reduce their carbon emissions and are willing to pay for every tonne of emissions stashed away.3
OUR SOLUTION
BluSky’s key technology is founded on renewable and sustainable energy creation from biomass feedstock.
Developing low-cost energy while providing the ability to store carbon for thousands of years
Pyrolysis converts biomass to an intermediate liquid product that can be refined to hydrocarbon biofuels, oxygenated fuel additives, and petrochemical replacements.
Because no oxygen is present combustion does not occur, rather the biomass thermally decomposes into combustible gases and bio-char.
Pyrolysis of biomass produces three products: a liquid (bio-oil), and a solid (bio-char), which are both carbon credit earners, plus one gaseous (syngas), providing energy to power our integrated solutions.
Our strategy aims to produce biomass energy products at massive scale.
Source: ars.USDA.gov
Billions of tonnes of carbon are locked away every year in waste wood, food waste, and crop residues. This carbon has been freely captured by nature and can be intercepted before it re-enters the atmosphere.
By heating organic waste with low oxygen, it becomes biochar, biocrude and syngas. Biochar and biocrude are able to keep its carbon locked away for thousands or millions of years.
The gas produced from pyrolysis can produce large amounts of heat and electrical energy. The heat is used to power the pyrolysis reaction, while the electricity can produce consistent renewable energy to power both BluSky operations and the grid.
The surplus energy made from the syngas is combusted to produce energy used to capture atmospheric CO2 for 2/3rds less energy than other Direct Air Capture Technologies at much lower capital cost projections.
BluSky has partnered with Carbonfuture*
Highly reputable carbon marketplace experts
Carbonfuture has a wide range of carbon credit customers including Microsoft, Swiss Re and Klarna
Carbonfuture facilitates accreditation with existing biochar carbon credit vendors (i.e.: Puro, Verra & European Biochar Certificate)
BluSky and Carbonfuture are partnering to develop an accreditation process for the Medusa and Kronos systems
Q1 2024 initial plant launch designed to capture up to 40,000 tonnes/year
Build out full suite of technology, grow to 1 million tonnes per year
Large-scale manufacturing to mass produce Megaplexes
