Environmental Clean Technologies Limited · ASX:ECT
Environmental Clean Technologies — Global Steel Innovations Forum 2018
37 slides from Environmental Clean Technologies's conference presentation, Oct 3, 2018
Slide 1: Matmor technology presented at the Global Steel Innovation Forum
Matmor technology presented at the Global Steel Innovation Forum 3 October 2018: Environmental Clean Technologies Limited (ASX: ECT) (ECT or Company) presented its For personal use only Matmor technology at the Global Steel Innovations Forum, held in Dubai last week. Key takeaways: • Largest-ever R&
Slide 2: Announcement continued: presentation overview
Co-presenting with Ashley was Ms Aditi Tarafdar, the highly regarded Technical Director and Head of Process Metallurgy at MN Dastur. The presentation stood out at the event as the world’s first and only lignite-based primary iron making process, highlighting the features and benefits associated with
Slide 3: Announcement continued: India R&D project and About ECT
The table on the right is updated to reflect the current higher coal, iron ore and steel pricing. The result is an improved level of economic superiority for the Matmor process compared to the original economic analysis, driving the case for project acceleration. Following the presentation Mr Moore
Slide 4: Matmor: Innovation in India for the Steel Industry
For personal use only Matmor: Innovation in India for the Steel Industry Prepared for: SteelVia – Global Innovations Forum Dubai, 26th September 2018 “Bridging the gap between today’s use of resources and tomorrow’s zero-emissions future” ECT: MN Dastur: Ashley Moore Aditi Tarafdar CMD ECT India / P
Slide 5: Disclaimer
Disclaimer For personal use only 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 informat
Slide 6: Presentation Outline
Presentation Outline For personal use only • Lignite introduction • About ECT • New technologies • Project • TEF Study • Process Route Comparison • Matmor – How it works • Basic Engineering • Concluding remarks [3]
Slide 7: What is Lignite?
What is Lignite? Types of Coal For personal use only Carbon/Energy Content of Coal Moisture Content of Coal Low Rank Coals High Rank Coals ~55% ~45% % of world RESERVES Bituminous Lignite Sub-bituminous ~44% ~22% ~33% Thermal Metallurgical Anthracite Steam Coal Coking Coal ~1% Consumption 11% 10% 64
Slide 8: Reserves and Consumption
Reserves and Consumption Reserve/consumption imbalance result in different price pressure between the segments: For personal use only • Upward price pressure for higher grades of coal • Less price pressure for lower rank grade of coal Chart 1 - Price per tonne vs. Energy Chart 2 - Price per kcal vs.
Slide 9: Environmental Clean Technologies Ltd
Environmental Clean Technologies Ltd For personal use only • Australian based, Stock exchange listed • Technology development & commercialisation • Energy & Resources focus • Home state of Victoria is blessed with abundant brown coal / lignite deposits ~ 25% global reserves • Traditional uses have m
Slide 10: Corporate Strategy
Corporate Strategy For personal use only We bridge the gap between today’s use of resources and tomorrow’s zero- emissions future Purpose The company commercialises innovative technologies to increase the economic and environmental benefits derived from low grade, low rank and waste Mission resource
Slide 11: Core Technology Solution
Core Technology Solution For personal use only Innovative resource Unique low rank coal drying technology - Coldry upgrading and H2O • IP owned 100% by ECT and protected in all major markets conversion • World’s most efficient pre-drying process for high moisture content coals technologies • Enables
Slide 12: Current Company Projects
Current Company Projects For personal use only Australian High Volume Test Facility (HVTF) • Facility to support continuous improvement, further R&D, with capacity targeting up to 25,000 tpa Coldry pellet output for enhanced R&D program data collection at large pilot scale • Output able to be utiliz
Slide 13: Our Partners
Our Partners For personal use only Projects & Engineering Corporate Business & Services Development Technology
Slide 14: Our Technologies
For personal use only Our Technologies • Coldry • Value Proposition • Process • Matmor • Value Proposition • Process • Benefits vs. Incumbent technologies
Slide 15: Coldry Value Proposition
Coldry Value Proposition For personal use only Lignite / Brown coal upgrading: Matmor Iron & Steel Market High value • Opens new applications and creates new revenue streams Conversion • Natural Gas Market • Liquid Fuels Processes • Chars, PCI & Oils • Diversifies energy and resource options High Mo
Slide 16: Coldry Process
Coldry Process of “One distinct advantage of Coldry is the relative >85 % For personal use only t he ~1.9 tonnes raw coal 1 tonne Coldry low heat requirements in the drying process, ture allowing for the opportunity to make use of waste m o is e d v r em o Moisture heat from an industrial facility o
Slide 17: Matmor Value Proposition
Matmor Value Proposition For personal use only • Lower cost raw materials Business-as-usual use of lignite is relatively low value. Matmor allows lignite to be used to produce high value metal • Lower capital cost plant products. • Lower emissions High value Matmor Iron & Steel • Higher value produc
Slide 18: Matmor Process
Matmor Process For personal use only Inputs Iron ore Low-rank coal Waste Heat 1 2 3 4 5 6 7 8 9 Mix & Condition Dry Composite Matmor DRI Steel Casting Finished extrude Pellets Retort Pellet Refining Steel product (Electric Arc Furnace) Matmor employs a different chemical ! pathway, making it the wor
Slide 19: Benefits vs other methods
Benefits vs other methods • Lower Temperature For personal use only • Lower residence time, higher Iron Production productivity Relative Raw Material Cost vs. Time & Temperature • Lower Cost 20 18 16 Direct Reduced Low temperature + low Residence Time (hours) 14 Iron residence time = lower cost and
Slide 20: Matmor Technology – Key Benefits
Matmor Technology – Key Benefits For personal use only Critical advantages: • Utilisation of a different chemical pathway, which operates H2 at lower temperature & higher reaction rates delivers: • Lower temperatures = less capital to construct • Faster reaction rates = higher throughput per footpri
Slide 21: Project Development History
Project Development History For personal use only • Initial engagement - NLC India Limited: • ‘Navratna’ level Government of India company • Owners & custodians of all Indian lignite resources • Expanded collaboration - NMDC Limited: • ‘Navratna’ level Government of India company • India’s largest i
Slide 22: Why India?
Why India? For personal use only Drivers • Electricity demand growth • Infrastructure development • Sustainable development targets REQUIREMENT SOLUTION Coal and other fuels Coldry is able to upgrade domestic lignite for enhanced efficiency utilisation Increased steel production Matmor utilises dome
Slide 23: Why India - Project Strategic Alignment
Why India - Project Strategic Alignment For personal use only Ministry of Steel / Steel Development Fund Strategic R&D Targets – Eight Out of Ten high priority areas addressed ü Development of innovative/ path breaking technologies for utilization of Indian iron ore fines/slimes and non-coking coal
Slide 24: India Project Pathway
India Project Pathway Commence Commissioning, • Demonstrate as a operations and validation For personal use only platform for subsequent Construction larger scale commercial 2019 roll out Project Agreements 2018 • ‘Demonstration’ achieves: • Capital defined 2017 Tripartite Collaboration Construction
Slide 25: Project Location – Tamil Nadu – Neyveli
Project Location – Tamil Nadu – Neyveli For personal use only [22]
Slide 26: Presentation Outline
Presentation Outline For personal use only • Lignite introduction • About ECT • New technologies • Project • TEF Study • Process Route Comparison • Matmor – How it works • Basic Engineering • Concluding remarks [23]
Slide 27: ECT-NLC-NMDC Project – TEF Study
ECT-NLC-NMDC Project – TEF Study • Site assessment For personal use only • Production capacity 0.5 MTPA • Iron ore sourced from NMDC and Lignite from NLC was be considered • Benchmark evaluation: • BF – BOF • Coal based DRI – EAF • MATMOR – EAF • ASP and CPP of suitable capacity on BOO basis was con
Slide 28: Technological Comparison of Different Process Routes
Technological Comparison of Different Process Routes For personal use only BF-BOF ROUTE CB DRI-EAF ROUTE MATMOR-EAF ROUTE Agglomeration Sintering to provide mechanical Lump ore or pellets may be used Pellets are charged that formed from Units strength permeability for effective utilizing ore fines (
Slide 29: Technology + Process Route Alternatives
Technology + Process Route Alternatives BF-BOF ROUTE DRI-IF ROUTE MATMOR-EAF ROUTE Agglomeration For personal use only Units - SINTER PLANT HR COKE OVENS PELLET PLANT CONDITIONING BELT PACKED BED DRIER Iron Making Unit BLAST FURNACE ROTARY KILNS MATMOR UNIT Steel Making Units BOF LF EAF LF EAF LF Ca
Slide 30: Benefits vs Other Ironmaking Processes
Benefits vs Other Ironmaking Processes Decoupling from traditional raw materials strengthens a business’ resistance to inherent price volatility For personal use only TEF Study basis: TEF model updated using 2015/6 average RM costs & Sales prices 2018 Sep RM costs & Sales prices Traditional Indian A
Slide 31: How does MATMOR work?
How does MATMOR work? For personal use only Lignite has complex organic chemistry, unlike other coals. Overall process involves several steps: • Heating of reactants • Pyrolysis reactions (many) Retort family of reactions • Gasification reactions (many) • Hydrogen based reduction (many) • Combustion
Slide 32: CO2 impacts – Reduction Chemistry
CO2 impacts – Reduction Chemistry Lignite – complex organic structures, e.g. For personal use only COOH O Pyrolysis: Releasing Light tars O CH4 CH3 HO H2 etc Beneficial Reduction: Hydrogen Fe2O3 + 3 H2 -> 2 Fe + 3 H2O recycling Drying decreases Gasification of chars: overall CO2 2 C + O2 -> 2 CO emi
Slide 33: Ellingham Diagram
Ellingham Diagram An Ellingham Diagram is a plot of ∆G For personal use only versus Temperature. From this diagram, conclusions are: 1. Hydrogen based reduction occurs at significantly lower temperatures 2. Hydrogen reductant is better than CO when temperatures are less than 1000 degC 2H2 + O2 = 2H2
Slide 34: Basic Engineering Program
Basic Engineering Program For personal use only • Complete • Final reviews in process ahead of commencement of tender program for detailed design and construction [31]
Slide 35: Fly-through of 3D layout – Matmor Pilot Plant
Fly-through of 3D layout – Matmor Pilot Plant For personal use only [32]
Slide 36: Concluding Remarks
Concluding Remarks § Increasing demand – Global & India For personal use only Indian Scenario DRI Production routes § Indian DRI production dominated by coal based route • C-DR based ~60% of Electric steel making • Coal based DRP suffers from 14-15 15-16 16-17 17-18 environmental issues, limiting it
Slide 37: Thank you
For personal use only Thank you Ashley Moore ashley.moore@ectltd.com.au +61 3 9849 6203 Aditi Tarafdar aditi.t@dastur.com +91 33 2225 5420
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