Clean Energy Technologies, Inc. · NASDAQ:CETY
Clean Energy Technologies — Conference Presentation (November 2023)
23 slides from Clean Energy Technologies's conference presentation, November 2023
Slide 1: Disclaimer
DISCLAIMER Forward-looking Statements made in this presentation that are not historical facts, including statements accompanied by words such as “anticipate,” “believe,” “estimate,” “expect,” “forecast,” “intend,” “likely,” “may,” “plan,” “project,” “realize,” “should,” “transform,” “would,” and oth
Slide 2: Generating power from waste heat & biomass with zero emissions
OTCQB : CETY A better cleaner and environmentally sustainable future Generating power from waste heat & biomass with zero emissions
Slide 3: The Company Mission
The Company Mission To be the leading company in designing, building & marketing clean energy products & solutions focused on energy efficiency & environmental sustainability. Confidential 3
Slide 4: Company Highlights
Company Highlights • Strong Sales pipeline o US, United Kingdom, Spain, Belgium, Turkey, Hungary, Pacific Islands, Russia, and China. • Optimistic revenue projections for 2021 • Joint Ventures, cross sales & distribution agreements o Technology and solution diversification supporting growth and scal
Slide 5: Company History
Company History Founded as an electronics product design & manufacturing company, the company repositioned itself in 2015 to focus on clean energy and related technologies. Acquisitions, OEM Agreements, IP Development, Equity Commercial Opportunities Overview of historic milestones 2020: • Continued
Slide 6: The Challenge
The Challenge Billions of dollars worth of heat is wasted every year. “20 to 50% of industrial energy input is lost as waste heat.”1 It’s found at industrial facilities, high rise buildings, & biomass plants, … And at power generation & microgrid facilities ~3/5 of the primary energy used in power p
Slide 7: Value Proposition – Why not turn the heat into power?
Value Proposition – Why not turn the heat into power? Heat is Money! Cleaner power Quickly add generation capacity with no added fuel, no added emissions Base-load generation Typically, 24x7 operation; little to no grid balancing required Low maintenance often be done by existing site personnel; unm
Slide 8: The Solution: Product Competitive Advantage
The Solution Clean CycleTM Magnetic Bearing Generator • Generates 1 GWh of electricity per year from waste heat. • Reduces approximately 350 metric tons of CO2 depending on the application Product Competitive Advantage • Best-in-class technology with 14% efficiency, versus 8% industry average; • Pat
Slide 9: Existing Patents
Existing Patents Country Application Number Patent Number Title Application Date Issue Date Expiration Date US 11/735854 8839622 FLUID FLOW IN A FLUID EXPANSION SYSTEM 4/16/2007 9/23/2014 4/16/2027 EP 08745846.9 2147194 Fluid Flow in a Fluid Expansion 10/12/2009 8/5/2015 4/15/2028 DE 08745846.9 2147
Slide 10: Customer Profiles
Customer Profiles • Landfill Operators – Landfill gas (LFG) o Waste heat from flare stack o Waste heat from biogas engines • Wastewater Treatment Plants o Waste heat from biogas engine • Industrial Facilities o Factories (i.e., cement, glass, steel, etc.) • Combined Heat to Power Applications from E
Slide 11: Current Installations
Current Installations APPLICATIONS REGION UNITS BIOMASS/ DIESEL TURBINES INDUSTRIAL LANDFILL EUROPEAN UNION 68 65 3 EASTERN EUROPE 11 11 NORTH AMERICA 17 12 1 4 LATIN AMERICA 1 1 PACIFIC 4 4 TOTAL 101 88 4 5 4 Confidential 11
Slide 12: Applications
APPLICATIONS > 100 units installed / >1 million fleet operating hours. Some examples include: Diesel Reciprocating Engines Gas Reciprocating Engines Biomass Often 10+ engines per site Landfill & biogas applications Wood & harvest waste 1 unit on CAT diesel 1 unit on 2 GE engines 2 units on biomass b
Slide 13: Pacific Island reciprocating engine installation
2 units on 2 reciprocating engines on a Pacific Island ($2.3M Lease over 10 years) • ( Annual ~1.5GW of Elec. Power) • Pay as you save model over 10 years • Dispose ~3.5M liters of fuel (Displace 10K tons of CO2)
Slide 14: Woolwich Bio-En (Ontario/Canada)
Woolwich Bio-En (Ontario/Canada) Two digester gas fired 1426 kW (Jenbacher 420) CHP units under a Feed-In-Tariff (FIT) contract. Installed 140 kW Clean Cycle II (Completed Nov. 2018) Annualized Electricity Savings 890,330 kWh Confidential 14
Slide 15: Waste-to-Energy Plant (Lebanon, Tennessee)
Waste-to-Energy Plant (Lebanon, Tennessee) 64 Tones/day downdraft gasification system on one-acre facility • Input: Waste wood, producing Syngas to heat water, which drives the CETY Clean Cycle II. • Output: Total output capacity of 420 Kw/Hour that offsets the electrical usage at the waste water tr
Slide 16: 1540 Broadway, 1.3M Sq-ft High Rise (New York City)
1540 Broadway, 1.3M Sq-ft High Rise (New York City) 1.5 MW Combined Heating and Power (CHP) system • Self Generation while reducing the buildings carbon footprint utilizing CETY Clean Cycle 140kW waste heat recovery. • Heat Recovery Incentives for the building owners and management companies with su
Slide 17: CETY / ENEX Waste to Energy Power Plants
CETY / ENEX Waste to Energy Power Plants Confidential 17
Slide 18: Market Validation – Why Now?
Market Validation – Why Now? • USA o A clean energy revolution is taking place across America, o Moving forward, the Energy Department will continue to drive strategic investments in the transition to a cleaner, domestic and more secure energy future. • Europe o Targets for 2030 to reach a reduction
Slide 19: California Policy and Incentives
California Policy and Incentives • California State Bill o Generate 100% of its electricity by renewable sources by 2045. o SB 100 (Renewable Electricity Policies) ✓ 60% Renewable Energy by 2030; ✓ 100% by 2045 o SB 32 (Climate Policies) ✓ 40% reduction in GHG emission by 2030 (SB 32) ✓ 20% reductio
Slide 20: Waste Heat to Power Investment Tax Credit (ITC)
Waste Heat to Power Investment Tax Credit (ITC) • December 21, 2020, Congress passed the Consolidated Appropriations Act, 2021 enacted waste energy recovery Sec. 48 Investment Tax Credit: • Extended Investment Tax Credit out two years, including Waste Heat to Power • Provides a dollar-for-dollar off
Slide 21: Market Size – Bottom Up
Market Size – Bottom Up • USA (Cogeneration & OEM Opportunity) o 2G - < 500 installed MWM engines, 100 engine potential ~$30M o Vertical markets, hospitals, incentives, independence from district heat, 50 systems ~ $15M o Landfill opportunities, 100 systems ~ $30M o BioMat Tariff in California or ot
Slide 22: Capital Requirement
Capital Requirement Capital Requirements and Use of Proceeds Growth Capital Requirements Global Sales and Marketing $ 3,000,000 Operating Capital $ 3,000,000 Service Center and Commissioning $ 2,000,000 R&D, JV, COGEN, Patent Support $ 2,000,000 Capital Requirement $ 10,000,000 Raise at a discount t
Slide 23: Heat is Money!
Heat is Money! For additional question please contact: Kam Mahdi at [email protected] T: 949-273-4990 X 814 QUESTIONS? www.heatrecoverysolutions.com www.cetyinc.com
Clean Energy Technologies — Conference Presentation (November 2023) on 6ix