Klean Industries Engages with Pyrolysis Hellas SA to Complete a Detailed Feasibility Study
Pyrolysis Hellas SA to Complete a Detailed Feasibility Study to Design and Build a Tyre Pyrolysis & Recovered Carbon Black Plant in Greece
Vancouver, British Columbia — Klean Industries Inc (“Klean”) is pleased to announce that it has been engaged to complete a Detailed Feasibility Study (“DFS”) to design and build a tire pyrolysis plant in Greece with Pyrolysis Hellas SA. For the past few years, the two companies have been working together to explore the possibilities of cooperation for the rollout of several facilities through the European Union. With the initial round of funding now completed, both parties are ready to engage upon the next stages of development, feedstock procurement, and site design, as a suitable site has been secured and planning permission is underway.
As they begin the final detailed analysis to complete the DFS and the due diligence needed to properly plan such an endeavor, both parties are excited about the prospects of playing a significant role in creating the circular economy within the region. This project will address several key issues designated under the United Nations Sustainable Development Goals and will create opportunities and benefits for the local economy in Greece.
The parties plan to complete the DFS by the end of June 2021 and anticipate the project being financed before the end of 2021, with construction taking place in 2022 and operations starting in 2023. It’s envisioned that with Klean’s intellectual property and know-how for the processing of scrap tyres and its ability to apply its proven portfolio of IP on a global basis, starting with an operating tyre recycling facility in Greece will shorten the project development cycle. This project will transform the waste tires into high-quality, valuable raw materials primarily a high-grade recovered carbon black (“rCB”) and recovered fuel oil or what is known as pyrolysis oil akin to an MDO oil. This plant will be fully integrated with Klean’s proprietary tyre char upgrading system that enables the economic conversion of low-value tire char into high-value carbon black replacements which can replace virgin Carbon Black by volumes of 10% up to 100% depending on the specific application. Klean estimates that the carbon emission offsets from the Pyrolysis Hellas facility will be in excess of 35,000 metric tonnes annually.
“It’s an exciting time to be working with like-minded partners in Europe who understand the challenges and the benefits of taking a holistic approach to tyre recycling. Both parties bring significant experience to the table with existing operations and financial backing to make such projects a reality in the European Union” commented Jesse Klinkhamer, Klean Industries, CEO.
Each year 1.6 billion tires are sold worldwide, representing more than 26 million metric tonnes, and just as many tires each year also fall into the category of end-of-life tires (“ELT”) providing a large and partially untapped potential for resource and material recovery. Today the vast majority of traditional ELT treatment processes are not circular and do not result in any production of raw materials that are suitable to be reused in the tire manufacturing industry. Without such ELT solutions in the EU, more than half of the EU end-of-life tyres and secondhand tires are landfilled or are exported as tire-derived fuels (“TDF”) for use in furnaces as an industrial fuel.
Klean is currently working with several members of the European consortium known as Black Cycle which was funded by the European Union (“EU”) in May 2020. The BlackCycle project involves 13 organizations in a unique European public-private partnership that will demonstrate the technical, environmental, and economic viability of creating the world’s first circular economic process function within a complete supply chain using tires as the poster child for this exciting endeavor. The consortium plans to develop specific solutions to produce sustainable raw materials for new tyre manufacturing. The goal according to BlackCycle is to see one out of every two European ELTs incorporated into such a solution cycle for the recovery of end-of-life products. The consortium covers five European countries: France, Spain, Germany, Greece, and Switzerland and includes seven industrial parties, five RTOs, and an innovation cluster. Coordinated by Michelin, the consortium has designed an effective governance system involving a steering committee, a cluster synergies board, and a technical support committee. The BlackCycle project aims to create, develop and optimize a full value chain from ELT feedstock to secondary raw materials (SRMs) which will be used to develop new ranges of passenger car and truck tires for commercial sales in Europe and the global markets.
Working with key partners in the BlackCycle program will further enable the adoption and development of the circular economy for waste tires in Greece and the EU, by creating a project that recycles tires into new raw materials for the construction of new tyres from end-of-life tires. As a result of ongoing developments, it’s anticipated that this project will work with some of the largest global carbon black manufacturers and several tyre manufacturers, including some of the largest rubber compounders in the marketplace who all see the market potential and opportunity for rCB to offset both emissions and costs associated to the traditional carbon black industry.
Klean Industries (“Klean”) provides best-in-class technologies and solutions in the waste-to-value industry. Our international team of award-winning experts have decades of experience in the design, engineering, and manufacturing of the highest quality equipment to convert waste streams into valuable energy and resources. Our unique products and services are a result of combined know-how in the design of recycling, resource recovery, waste management, and power generation projects. Our global project management expertise safeguards timelines and budgets enabling projects to be delivered in less time and at lower costs.
Klean uses proprietary technologies to rapidly develop projects that produce the highest quality fuels, recovered Carbon Blacks (“rCB”), and green hydrogen from various kinds of feedstocks. Our knowledge and skillfulness provide a specialization in building projects that use advanced thermal technologies such as pyrolysis, gasification, and carbonization, which convert end of life tires, waste plastics, and municipal solid waste into domestic energy, sustainable commodities, and new cleantech jobs. We create a symbiosis between waste, resources, and energy. Klean Industries is the link between the low carbon, circular economy, and the goal of zero waste to landfill.
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