Kalina Power Limited · ASX:KPO
Kalina Power — Investor Presentation (September 2021)
29 slides from Kalina Power's investor presentation, Sep 22, 2021
Slide 1: Cleantech Sector Investment Opportunity in Industrial Waste Heat to Power and Geothermal Power
Cleantech Sector Investment Opportunity in Industrial Waste Heat to Power (WHP) and Geothermal Power KALiNA Power Limited (ASX:KPO) 22 September 2021 Private and Confidential | 1
Slide 2: KALiNA Cycle Plant virtual tour
KALiNA Cycle Plant ® virtual tour For a short virtual tour of a KALiNA Cycle Plant, Visit: ® www.kalinapower.com Private and Confidential | 2
Slide 3: Disclaimer
Disclaimer • This presentation contains certain forward-looking statements that have been based on current expectations about future acts, events and circumstances • These forward-looking statements are, however, subject to risks, uncertainties and assumptions that could cause those acts, events and
Slide 4: Climate change is the next major mega-trend
“Climate change is the next major mega-trend, and we believe it represents the biggest investment opportunity since the internet” Munro Partners ($5 billion Global Investment Fund) – Source AFR Private and Confidential 4
Slide 5: Capital Overview and Corporate Leadership
Capital Overview and Corporate Leadership Financial Profile1 Top Shareholders1 Corporate Capital Raises Name & Position Biography Share Price AU$0.031 Top Shareholders AU$ 13.4m 2016 – 2019 Basic Shares O/S 1.14B Sinalunga Pty Ltd (HNW) 7.7% Ross MacLachlan • Former Director / Investor with Pristine
Slide 6: About KALiNA Power
About KALiNA Power 55872421 Technology leader in Geothermal Advanced with commercial near- Best-in-class capabilities and Waste Heat to Power term value drivers • Superior zero emissions technology • Over 300 MW of projects in development • Power development team has over 150 years and 8 GW of exper
Slide 7: Compelling ESG Investment
Compelling ESG Investment Zero-emissions power technology for massive and diverse global markets • Industrial Waste Heat to Power (WHP) includes: • Thermal power generation • Combined-Cycle Power Plants using Natural Gas and Hydrogen • Pipeline compression • Cement production • Steel manufacturing •
Slide 8: Multiple near-term value drivers and well-advanced project pipeline
Multiple near-term value drivers and well-advanced project pipeline • Pursuing a dual listing on Toronto Exchange to facilitate trading and access to North American capital markets • Flagship 64MW Saddle Hills Project targeting Full Notice to Proceed (‘FNTP’) in Q4 2021 • Pursuing ownership of gas r
Slide 9: Government support for Cleantech is unprecedented
Government support for Cleantech is unprecedented USA Canada • Energy Act of 2020 authorizes US$35Bn in clean • Federal legislation increases Carbon Tax from $50 to energy spending $170 per metric tonne by 2030 • The most significant action to reduce greenhouse gas • Upheld by Supreme Court – cement
Slide 10: The Energy Lost in the USA from wasted heat
“The Energy Lost in the USA from wasted heat in the utility sector is greater than the total energy use of Japan” US Department of Energy Private and Confidential 10
Slide 11: Proven Technology for a Massive Global Market
Proven Technology for a Massive Global Market What do Industrial Waste Heat to Power (“WHP”) technologies do? • Energy intensive industries such as power plants and steel plants often generate excess heat that is simply lost or wasted • This waste heat is usually not hot enough to boil water to use
Slide 12: Superior Technology
Superior Technology KALiNA Cycle® Technology has performance advantages of up to 40% over ORC These efficiencies open the Kalina Cycle to more industrial applications than ORC ORC KALiNA Cycle® KALiNA Cycle® advantages Pentane, Variable Ammonia is one of the most widely used and understood chemicals
Slide 13: Business Model
Business Model Projects owned by KALiNA and project partners (such as Saddle Hills): • Reimbursement to KALiNA’s of project development costs • 4% cash development fee to KALiNA’s (based on total Capex) • KALiNA to earn a Free Carried Equity Interest of approximately 10%* • Investment rights (not ob
Slide 14: Exceptional Project Management Team
Exceptional Project Management Team Ray McKay P.Eng. MBA • Over 35 years of experience in thermal and renewable energy Ken Spinner P.Eng. • Co-founder of Pristine Power and Vice President of Engineering & development, construction, and operations / Over $3B in Construction and its acquiring company
Slide 15: Commercial Priorities: Saddle Hills Project
Commercial Priorities Priority #1: Saddle Hills Project KALiNA Energy Centre - Saddle Hills, Alberta • 64 MW modularized small-scale combined cycle power plant • Capex $214M – projected double-digit unlevered returns • Full Notice to Proceed (‘FNTP’) targeted for Q4 2021 • Commercial operation targe
Slide 16: Saddle Hills Project - Best-in-Class Efficiency
Saddle Hills Project - Best-in-Class Efficiency 64 MW: Two x 32 MW Power Blocks configured with: Siemens SGT-600 22 MW Efficient and Reliable Gas Siemens SGT-600 • Reliable, efficient, and excellent in-service track record • Low life cycle cost with high lifetime availability • Siemens’ performance
Slide 17: Saddle Hills Project – Strategic Relationships In Place
Saddle Hills Project – Strategic Relationships In Place Enerflex: (EFX:TO) Contracted to deliver cost effective, modularization of KALiNA Cycle plants • Strategic interest in working with KALiNA in Alberta, North America and internationally • Detailed engineering and cost estimating underway with th
Slide 18: Saddle Hills Project – Schedule
Saddle Hills Project – Schedule Shovel Ready Q3-2021 FNTP Q4-2021 COD Q2-2024 Q2 2024 Commercial Q4/22-Q1/24 Operation Construction Q1 2022-Q3 2022 Detailed Engineering, Equipment Procurement Q4, 2021 Full Notice to Proceed 2021 Equipment Selection, Site Control, Permitting, Gas and Power Intercon
Slide 19: Commercial Priorities: Gas Turbines
Commercial Priorities: Gas Turbines • Finalizing initial 10 MW module to produce zero- emissions power from the waste heat generated from gas turbines • 64 MW combined cycle power block is designed to address a market of over 800 MW of distributed power generation by 2035 to meet the requirements in
Slide 20: US Geothermal capacity is anticipated to grow
“US Geothermal capacity is anticipated to grow to 28% of electricity generation reaching 18 GW by 2024” US Department of Energy Private and Confidential 20
Slide 21: Commercial Priorities: Geothermal
Commercial Priorities: Geothermal • KALiNA and Power Engineers have engineered a 10 MW geothermal plant using the KALiNA Cycle®. The preliminary engineering and design case will be used to procure a cost estimate for the fabrication of Geothermal modules at various scales • This will enable KALiNA t
Slide 22: Commercial Priorities: Hydrogen & LNG
Commercial Priorities: Hydrogen & LNG • Production of Hydrogen and LNG are generally energy intensive processes which present waste ® heat to power opportunities for the KALiNA Cycle . • In addition, ® the unique characteristics of the KALiNA Cycle can provide improved operational efficiencies in th
Slide 23: Commercial Priorities: Oil Sands
Commercial Priorities: Oil Sands Steam-Assisted Gravity Drainage (SAGD) • It is estimated that the low temperature heat resources within the 29 in-situ oil sands extraction sites in Western Canada represent a potential of 2,000 MW • SAGD related applications represent $billion international markets
Slide 24: Conclusion
Conclusion • Pursuing dual listing on Toronto Exchange • Superior and proven zero emissions technology • Well-advanced commercial pipeline with multiple near term value drivers • Technology platform for billion dollar markets across a wide range of industrial sectors • Unprecedented government and i
Slide 25: Appendix
Intellectual Property Portfolio Appendix Compelling Cleantech KALiNA Cycle® - Commercially Deployed Globally Over 20 years Private and Confidential | 25
Slide 26: Intellectual Property Portfolio
Intellectual Property Portfolio • 317 patents in the portfolio • Includes a range of application patents and process patents. • Initial patent portfolio updated and maintained: ® • 10 individual KALiNA Cycle patent families with over 100 individual patents filed in various countries. • Acquired Siem
Slide 27: Compelling Cleantech
Compelling Cleantech • The Kalina Cycle® is the most significant improvement in the steam power cycle since the advent of the Rankine Cycle in the mid 1800s. • The Kalina Cycle® utilizes an ammonia-water mixture as a working fluid to improve system thermodynamic efficiency and provide more flexibili
Slide 28: KALiNA Cycle Commercially Deployed Globally
KALiNA Cycle ® Commercially Deployed Globally Over 20 years Successful Projects Sumitomo Metals (Steel) Fuji Oil (Petrochemical) Unterhaching (Geothermal) Compliance with KALiNA’s engineering design and equipment specifications Projects that utilized KALiNA’s engineering team and world class EPC f
Slide 29: Successful reference plants confirm the technology is efficient, reliable and safe
“Successful reference plants confirm that the technology is fundamentally efficient, reliable and safe…across a range of heat source parameters including those often found but not utilised in common industrial settings.” Technip Stone & Webster report on the KALiNA Cycle® Private and Confidential 29
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