BluSky Carbon Secures US$105 Million Biochar Sales Agreement

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Ten-year contract for agricultural grade soil amendments in Southern USA

OLD SAYBROOK, CT and VANCOUVER, BC / ACCESSWIRE / September 24, 2024 / BluSky Carbon Inc. (CSE:BSKY)(OTCQB:BSKCF)(FWB:QE4)(WKN:A401NM) ("BluSky" or the "Company"), an innovative entry into the carbon removal clean technology sector is very pleased to announce that it has entered into a sales agreement (" Sales Agreement ") with a U.S. based purchaser (" Purchaser ") pursuant to which the Company has agreed to supply, and the Purchaser has agreed to purchase, up to 382,213 tonnes of biochar over a period of 10 years substantially on the schedule and pricing terms as set forth below:

Table 1 (Left) Blusky Carbon monthly biochar scale-up sales for year 1.
Table 2 (Right) BluSky Carbon monthly biochar sales for years 2 to 10
All currency stated as US dollars. Net 60 days. Delivery: FOB BluSky production site.
(as of September 24, 2024)

Table 3: BluSky Carbon annual biochar sales for years 1 to 10 (as of September 24, 2024)

The Agreement sets forth a delivery schedule (see tables 1 to 3 above) designed to achieve an initial volume of approximately 22,200 short tons [1] within the first year of operation, scaling up to approximately 40,000 tons per year for the remainder of the of the Agreement. Biochar will be supplied on as-is basis. The moisture content will be verified with a Certificate of Analysis (CoA) at delivery. Based upon a negotiated rate of two hundred and seventy-five dollars (US$275) per ton, the sales value under the Agreement is approximately US$105 million.

Biochar is black carbon produced from biomass sources (i.e., wood chips, plant residues, manure or other agricultural waste products) for the purpose of transforming the biomass carbon into a more stable form (carbon sequestration). [2] It can persist for long periods of time in the soil at various depths, typically thousands of years. Biochar is produced by heating biomass or waste materials containing carbon through pyrolysis. Pyrolysis involves thermal and chemical decomposition of biomass in limited or zero supply of oxygen, typically at temperatures ranging from 300°C to 1000°C. Biochar can be used as a soil amendment to improve soil physical and chemical properties, enhance water retention, and sequester carbon. It also contributes to climate change mitigation by stabilizing carbon in soils for thousands of years, preventing it from being released as carbon dioxide into the atmosphere. Biochar has shown promise in increasing crop yields, improving soil fertility, and reducing environmental pollution through its ability to retain nutrients and minimize greenhouse gas emissions. [3]