Environmental Clean Technologies Limited · ASX:ECT
Environmental Clean Technologies — Investor Presentation (July 2019)
26 slides from Environmental Clean Technologies's investor presentation, July 2019
Slide 1: ECT CDP Waste2Energy
ECT CDP Waste2Energy
Slide 2: Disclaimer
Disclaimer Environmental Clean Technologies Limited (“ECT” or “the Company” ) has taken all reasonable care in compiling and producing the information contained in this presentation. The Company will not be responsible for any loss or damage arising from the use of the information contained in this
Slide 3: Contents
Contents Executive Summary 01 Catalytic Depolymerisation Process (CDP) Technology 02 CDP in Comparison to Other Waste to Energy Technologies 03 The Commercialisation Plan 04 Potential Synergies with Coldry 05 The Team to Deliver the Commercial Outcomes 06 Conclusion 07 3
Slide 4: Executive Summary
Executive Summary Overview • Environmental Clean Technologies Ltd (ECT) is a listed company which has developed a number of technologies that aim to convert low grade and waste resources into higher value products with a low or zero emissions footprint. • One such technology, Coldry, is a patented p
Slide 5: Executive Summary
Executive Summary CDP asset purchase has secured an intellectual property portfolio, including a patent application, to convert waste to diesel using the Catalytic Depolymerisation Process. • Job and revenue creation – Waste to Energy is a growing industry • Positive environmental impact • Scalable
Slide 6: Catalytic Depolymerisation Technology
Catalytic Depolymerisation Technology
Slide 7: CDP Process
CDP Process Catalytic depolymerisation process Catalytic depolymerisation has the ability to efficiently convert a variety of feedstocks, such as construction and industrial waste, plastics or coal, into high-quality renewable diesel which can be used in both the transport sector or for energy gener
Slide 8: CDP Process
CDP Process Catalytic Depolymerisation Depolymerisation, a process for converting polymers into monomers, is used to reduce complex organic materials into high quality synthetic diesel. Depolymerisation In the presence of a special catalyst, bespoke equipment, relatively low heat and approximately a
Slide 9: Pilot Plant
Pilot Plant Pilot Plant • The first pilot plant was located in Qingdao, China and was constructed and commissioned to gather data as a part of a CRC-P* grant, in partnership with University of Queensland. • The pilot plant successfully converted waste timber to produce a heavy petroleum oil in the f
Slide 10: Strategic Opportunities
Strategic Opportunities ü Improving Australia’s strategic reserves of fuel ü Beneficial use of waste solving Australia’s “waste crisis” ü Facilitating regional stability • Logistics operations and remote and regional energy infrastructure is almost wholly dependent on oil. • In the near and medium t
Slide 11: Contribution to Circular Economy
Contribution to Circular Economy An example Waste to Energy project in the Latrobe Valley With the strategic acquisition of the CDP assets, ECT has commenced the pathway to development of a Coldry-enabled CDP plant to be established in Waste the Latrobe Valley for the purpose of converting waste and
Slide 12: CDP in Comparison to other Waste to Energy Technologies
CDP in Comparison to other Waste to Energy Technologies
Slide 13: Four Main Benefits of CDP Technology
Four Main Benefits of CDP Technology 01 Wide variety of waste With further testing, it is expected that the technology will be able to process a mix of waste feedstock, including: • Biomass such as paper, cellulose, fats, wood and organic squeezing residues; and • Fossil fuel derived materials e.g.
Slide 14: Four Main Benefits of CDP Technology
Four Main Benefits of CDP Technology Diesel offtake 03 The high-quality diesel produced through the CDP process not only meets AS3570, but can provide the following benefits: • not strongly acidic like pyrolysis oils; • reduced costs per litre; • diesel can be used to power generators for remote com
Slide 15: Comparison to other Waste to Energy Technologies
Comparison to other Waste to Energy Technologies Emissions Feed Complexity/ Level of Process Technology Feed Source Treatment Yield Product Output Product Value Cost Capex Cost Emissions Required CDP Catalytic Waste - Low- No Low Medium Fuel – Diesel High depolymerisation medium Pyrolysis High temp
Slide 16: Commercialisation Plan
Commercialisation Plan
Slide 17: ECT Commercialisation Strategy
ECT Commercialisation Strategy Technology Fundamental Scale Market Commercial Applied R&D Market Pull Push R&D Demonstration Development Application ECT’s commercialisation strategy is a core part of its business model. Revenue is the goal. Supply Chain • Commercialisation is the process that conver
Slide 18: Commercialisation Pathway
Commercialisation Pathway Prepare Commercial Target Start CDP Bench Scale Pilot Scale Demonstration Dec 2020 • Consolidate existing IP acquired Pilot plant design, construction & operations Demonstration plant development • Develop detailed gap analysis, with program program emphasis on feedstocks r
Slide 19: Potential Synergies with Coldry
Potential Synergies with Coldry
Slide 20: Overview of the Potential Synergies with Coldry
Overview of the Potential Synergies with Coldry • Coldry product is likely to need less refining to be suitable for the CDP process when compared to other applications. • The characteristics of the Coldry product are expected to reduce or remove the need for the first stage of the CDP process (being
Slide 21: Team to deliver the commercial outcomes
Team to deliver the commercial outcomes
Slide 22: Partners
Partners Technology ECT Ownership General ECT India – Engineering Team Engineering Design Dastur Engineering Partners from former CDP group Research & Engineering firms from former CDP Specialist group Engineering Business Phil Major – Global BDM Development Commercialisation Technology Fundamental
Slide 23: Research Partnerships
Research Partnerships As a part of the CDP asset purchase, ECT has secured the rights to a Cooperative Research Centres (CRC) Projects grant for projects with the University of Queensland (UQ). This project is led by Associate Professor Steven Pratt and Associate Professor Bronwyn Laycock at UQ's St
Slide 24: Engineering Partnerships
Engineering Partnerships • The former owner of the assets (CDP Group of companies) had developed many relationships which ECT expects to consider in the future commercialisation of the technology. • Former Managing Director and original co-inventor, Phil Major, is likely to continue with a Business
Slide 25: Conclusion
Conclusion
Slide 26: Conclusion
Conclusion The CDP W2E technology features: ü Strong synergies with the Company's Coldry process, providing a high value downstream application for Coldry deployment in lignite markets ü A highly prospective standalone technology in markets Economic Environmental iable with suitable waste streams V
Environmental Clean Technologies — Investor Presentation (July 2019) on 6ix