Co-Energy Ltd.

#Removal and #avoidance are key strategies not only in #greenhousegas emissions reductions, they're also valuable as a company's mind set. When we first set out with our Reactor 1.0 our vision was to remove the problems most commonly found in #pyrolysis bases systems. And we did. Since 2019 our Reactor 1.0 has proven to perform to the highest standards, especially with: 🎛 Sophisticated control system that allows heterogenous feedstock to come in and the thermo-chemical process to remain stable, thus creating a consistent output; 💡 The system works in a continuous in-line bases, not in batches; 💲 The CAPEX is minimal and payback period is normally under three years; 🗜 Scalability ranging from 0.5 T/H and onwards, in accordance with the available feedstock. Removing problems is good, but avoiding them altogether is even better. That's why we dedicated the last couple of months to build and test our brand new Reactor 2.0, and boy did it deliver! Reactor 2.0 features include all the advantages of Reactor 1.0, as well as: 🔧 Brand new, first of a kind, design that avoids the mechanical problems occurring in pyrolysis reactors; 🔌 It requires less energy to operate so we're left with more energy for the output energetic yield; ⌛ Faster supply time, which means our clients get their value much quicker, which in turn makes us very happy. Reactor 2.0 will come in to all our commercial contracts, and we're extremely excited about it. It's so simple and genius and it's going to revolutionize the pyrolysis world ✨ Stay tuned for some exciting updates on seeing Reactor 2.0 in action!

Proud to be part of the #hydrogen ecosystem! Thank you Deloitte

Earlier this week the The Wall Street Journal posted an article about the growing business opportunities involved with decarbonizing the construction industry, with an important focus on cement and concrete. Accounting for 7% of global emissions, decarbonizing construction materials can have dramatic influences on meeting mitigation targets both on national and global levels. #biochar is becoming more and more valuable in these #decarbonization efforts, and producing biochar from various types of green waste is striking two birds with one shot, as it avoidance the methane emissions that this waste would have generated rotting away at some landfill, or just dumped. Co-Energy will continue to deploy its #wastetoenergy plants worldwide to enhance biochar production and support spreading its various applications.

Our second #plasticwaste to #fuel plant is leaving the manufacturing yard and off to the client's premises, to be installed and begin doing what it was built to do - convert #waste to #energy. Waste that otherwise would have been landfilled will be put to much better use, and fuel users will have a clean source at hand instead of exhausting Earth's natural resources. The pyrolytic reactor is designed and constructed inside a container, which makes transporting it so much easier, and safer! Setting up #wastetoenergy plants doesn't have to be big white elephants that cost nine digits in CAPEX and can't justify the investment. It CAN, and with Co-Energy it DOES come in compact modular plants that are easily incorporated into existing facilities, with minimal footprint and maximum energetic efficiency. We can't wait to share pictures and videos of this beauty operating, and kick off the new year with a less plastic waste and more clean-green-and profitable energy! Happy Holidays everyone! see you in 2024!

Last week the International Biochar Initiative held a three-days online symposium that included an impressive list of speakers and informative presentations ranging from biochar's role in carbon markets, its role in agriculture and other industries, and much more. At the industry perspective, one theme that kept recurring was the high CAPEX that stands in the way of many biochar projects. Some players, especially those coming from the #voluntarycarbonmarkets are trying to offer interim solutions and different funding opportunities to circumvent this hurdle, but does not nor should it be the answer. As the biomass to biochar playing field gets crowded, it's not enough to present pyrolysis plant that works (though that is not to be underestimated), you also need to make the economics work. The answer should come from adopting technologies that in and of themselves are affordable, and exhibit a financial feasibility without relying on external funding. It's very hard to get clients on board a project that is not self sufficient and has a long payback period. It's much easier to get clients to sign up for a project that has a payback period of less than two years. And this is exactly what we at Co-Energy do. Winning technology is the key, and we've got it. We have some great biochar projects in the pipeline for 2024, and the ROI calculation was instrumental to getting each and everyone of them. #wastetoenergy #biochar #climatefinance #organicwaste