Environmental Clean Technologies Limited · ASX:ECT
Environmental Clean Technologies — Investor Presentation (May 2019)
14 slides from Environmental Clean Technologies's investor presentation, May 13, 2019
Slide 1: Capturing the chemistry of lignite without the emissions
排出のない亜炭の化学 に向かって Capturing the chemistry of lignite without the emissions “Bridging the gap between today’s use of resources and a zero-emissions future.” May 2019 Prepared for JOGMEC and Department of Economic Development, Jobs, Transport and Resources, State Government of Victoria
Slide 2: Nice to meet you
始めまして Nice to meet you １９９１年に１年間富⼭県の⽯動⾼校で勉強させて頂きました。 In 1991 I attended Isurugi High School in Toyama prefecture as an exchange student for 1 year. それまでは⽇本語が全く話せなかったのに、その時に出来た彼⼥のおかげ で覚えた⽇本語は、少し「⽥舎臭い」富⼭弁とよく⾔われました。 Since then, I haven’t had much of a chance to use Japanese but Japanese people often sa
Slide 3: Overview
Overview Targeting lignite for its valuable chemical constituents 褐炭・亜炭からより価値のある化学物質を作る Coldry TRL 8-9 Matmor and HydroMOR TRL 6-7 1 Mechanical and chemical process of de-watering 低コスト褐炭・亜炭を使った排出量ゼ high moisture content lignite. Coupled with access 3 Coupled with Coldry, the process produces a compo
Slide 4: Overview
Overview Targeting lignite for its valuable chemical constituents 褐炭・亜炭からより価値のある化学物質を作る Coldry TRL 8-9 Matmor and HydroMOR TRL 6-7 1 Mechanical and chemical process of de-watering high moisture content lignite. Coupled with access 3 Coupled with Coldry, the process produces a composite pellet that c
Slide 5: Coldry Process: cost-effective lignite drying
1 | Coldry Process: cost-effective lignite drying “One distinct advantage of Coldry is the relative low heat requirements in → Low temperature the drying process, allowing for the opportunity to make use of waste heat → Low pressure from an industrial facility or power plant.” Dr Victor Der → 60% mo
Slide 6: Moving up the value chain
1 | Coldry: the ‘gateway’ solution Value Proposition Matmor\ Iron & Steel Market HydroMOR → Opens new markets High value → Establishes new revenue streams • Hydrogen-COHgen → Diversifies energy and resource Conversion • CDP options Processes • Natural Gas Market • Chars, PCI & Oils → Upward revaluat
Slide 7: COHgen Process: hydrogen production
2 | COHgen Process: hydrogen production Features → Low temperature → Replace natural gas → Lower CO2 emissions than natural gas steam reforming process → Scalable → >50% H2 concentration in gas stream → Cheap, abundant catalyst → Low cost feedstock - lignite → Catalyst reusable → Majority of carbon
Slide 8: Matmor Process: primary iron production
3 | Matmor Process: primary iron production Matmor employs a hydrogen-based chemical reduction H pathway, making it the world’s first and only low temperature, low rank coal-based iron making process. Inputs Iron ore Low-rank coal waste streams Waste Heat 1 2 3 4 5 6 7 8 9 Mix & Condition Low temp C
Slide 9: Matmor Process: benefit comparison
3 | Matmor Process: benefit comparison → Lower Temperature Iron Production Relative Raw Material Cost vs. Time & Temperature Temperature is a proxy for asset 20 capital intensity 18 Low temperature + low residence time = lower Residence Time (hours) 16 → Lower residence time, higher Direct Reduced I
Slide 10: Waste-to-Energy (WTE)
4 | Waste-to-Energy (WTE) As part of the feasibility of the Latrobe Low rank Valley project, ECT is exploring a unique coal continuous process for the low- temperature and low-pressure Coldry depolymerisation of Coldry pellets Process combined with other waste feedstocks, like construction wood and
Slide 11: Projects
Projects ECT is pursuing a multi–staged approach to the research, development and commercialisation of its unique technologies. COHgen is currently proceeding through laboratory testing and patent preparation. Coldry, W2E and Matmor are targeting commercial-scale demonstration: Coldry Pilot Plant &
Slide 12: Contact Us
CONTACT US +613 9849 6203 info@ectltd.com.au Head office: 388 Punt Road South Yarra VIC 3141 Site office: 25 Rowsley-Station Road, Maddingley VIC 3340 www.ectltd.com.au
Slide 13: Reference #1 | Technology Readiness Levels (TRL)
Reference #1 | Technology Readiness Levels (TRL) Funding level As originally developed by NASA, TRL Maturity Stage Where work is done required technology readiness levels (TRL) (conservative) are a method of estimating Basic technology observation and technology maturity of Critical TRL 1 Universiti
Slide 14: Reference #2 | What's in a name?
Reference #2 | What's in a name? Coldry Coldry is the combination of the words, Cold and Dry. Given the relative low-grade waste heat used (i.e. <50℃) the Coldry process dries lignite economically and continuously. A feat that typically uses large amounts of paid thermal energy and/or pressure. Matm
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