BluSky Carbon CEO Outlines Commercial Strategy

In This Article:

OLD SAYBROOK, CT / VANCOUVER, BC / ACCESSWIRE / October 21, 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 sectoris pleased to provide the following message from its Chief Executive, Mr. William "Will" Hessert.

Highlights

  • Outlines economic model of internally generated excess energy to power CDR technologies

  • Unlocks and quantifies 3 pillars of commercial strategy

  • Believes project has validated demand, interest and early sales achievements

Dear shareholders and stakeholders:

As CEO of BluSky, and as a concerned citizen, I am committed to helping correct some of the negative impact that generations of industrialism have had on our planet. I strongly believe that the only way we will achieve global carbon reduction targets is by building a healthy, competitive carbon marketplace that rewards innovation and good practices.

While we applaud the growing list of companies who continue to develop strategies to advance new carbon reduction technologies, our Company was intentionally designed from the ground up to help overcome some of the existing commercialization hurdles in relation to carbon dioxide removal (CDR) targets.

We have applied practical science, engineering, economic and business principles to not only develop our solutions, but also with a view to stimulating the financial incentives required to generate positive economics at scale. Our innovation lies in how we have combined these elements into a commercial strategy that is already showing great promise.

Operational Economics

Almost all current CDR technologies are reliant on electricity to power their operation. For instance, the intensive thermal and electrical energy demand costs underlying Direct Air Capture (DAC) can diminish commercial project potential significantly. The same holds true for most other carbon sequestration solutions. This energy gap continues to throttle economic scalability to meet growing sector demands in many instances.

BluSky recognised that biomass pyrolysis not only removes atmospheric carbon (and earns valuable carbon credits while doing so) and produces valuable products and renewable energy (e.g. biochar, bio-oil and syngas), but, at industrial scale can also produce enough energy to sustain its own operations and potentially produce a surplus of energy beyond that. Any surplus created can be used to provide renewable energy to the grid or can provide energy to power-hungry CDR solutions such as mineralization and direct air capture. We are focussed on further exploring this potential for energy production as a key element of BluSky Carbon's commercialization strategy.