Ener Core Inc · OTC:ENCR
Ener Core — Investor Presentation (June 2018)
16 slides from Ener Core's investor presentation, Jun 20, 2018
Slide 1: Waste-to-Energy Platform
Waste-to-Energy Platform
Slide 2: Disclaimer
am . See This presentation has been prepared by Ener-Core, Inc. (the "Company". It should not be considered as an offer or invitation to subscribe for or purchase any securities in the Company or as an inducement to make an offer or invitation with respect to those securities. No agreement to subscr
Slide 3: Ener-Core: small public company growing its waste-to-energy platform
Ener-Core, 2 small public company based in Irvine, California is looking to grow ts waste-to-enery platform ‘Over the past eight years have invested $40 milion developing a groundbreaking gas turbine combustion chamber. ‘© Combined Heat & Power systems operate with near zero NOx emissions ‘ Utllzs w
Slide 4: Strong macro trends expected for growth in waste to energy
‘trong macro trends expected for growth in waste to energy ‘Management estimates that the global market for this type of waste gas-to-energy equipment is approximately $75 billion (based on methane gas emissions reported by the US EPA and data from government ministries of other industrialized count
Slide 5: Deployment of technology in industrial facilities enables businesses to expand
Management believes that the deployment of their technology in industrial facilities will enable businesses to expand, generate electricity in a regulatorily compliant manner, and be financially profitable, without utilizing subsidies and grants (although these subsidies and grants are available) +
Slide 6: License Agreement with Dresser-Rand
License Agreement with Dresser-Rand (a Siemens Company): '$400-$600K per unit sold Cash expenses of $3.5M for core team + overhead 1,000 hours for KG2 units to date + Project Opportunities — provides asset base and annuity: 15-35%+ unlevered IRR projects under evaluation Multiple vertical markets -
Slide 7: Principal Executive Officer & CFO
omonic Carney - Principal Executive Officer & CFO (Hired 2014) Strong Finance ané Management background. Responsible for company and projec financing and public company ‘oversight. Seasoned cleantech corporate finance executive with over twenty-five years of experience i high-growth fenvronments inc
Slide 8: Technical Supplement
ENER-CORE Technical Supplement <1 PPMV NOx <1PPMV CO > 99% Destruction Efficiency of Waste Gas ENER-CORE
Slide 9: Intellectual Property and Industry Awards
Intellectual Property and Industry Awards Significant IP Estate Protects Power Oxidation Technology Worldwide (065 patent applications filed worldwide (0 48 patents granted worldwide, all awarded in last four years, © Other key components are protected as trade secrets Industry Accolades (© January
Slide 10: Gas turbine basics
ABC’s of the Ener-Core Technology Residence Time & Temperature 4 | HI What makestthte It starts with understanding the gas turbine basics ENER-CORE
Slide 11: Gas turbine operation
ABC’s of the Ener-Core Technology Residence Time & Temperature 1) Ambient air is drafted into the compressor where it is pressurized to match the turbine requirements. 2) Premium fuel is then mixed with the compressed air in the combustion chamber where it expands (more compression). This produces t
Slide 12: Ener-Core oxidizer replaces the combustion chamber
ABC’s of the Ener-Core Technology Residence Time & Temperature The Ener-Core oxidizer replaces the in situ combustion chamber with a ‘more robust combustion chamber that provides longer residence times and can handle more challenging gases, Turbine Intake ¢ Combustion Chamber ENER-CORE
Slide 13: Temperature
ABC’s of the Ener-Core Technology Residence Time & Temperature 4 lemperature OOF 4 p : ENER-CORE
Slide 14: Cleanest Gas Turbine Ever Built
ABC’s of the Ener-Core Technology Residence Time & Temperature Cleanest Gas Turbine Ever Built Ener-Core's flameless operation. While NOx is always forming when CHG is being oxidized, measurable amounts begin forming at around 2300°F/12602C. The Ener-Core unit operates at temperatures < 19002F/1038°
Slide 15: Heat Energy Utilization
ABC’s of the Ener-Core Technology Residence Time & Temperature Heat Energy Utilization * Boiler - Steam + Adsorption chiller * Various solids dryers + Ovens & curing = + Climate control * Heat transfer fluids + Liquid waste evaporators * Low temperature thermal desorption Emissions Direct Inject Emi
Slide 16: Why Combined Heat & Power?
Why Combined Heat & Power? Because itis cheaper to make electricity locally and utilize the heat energy than iti to buy electricity and make your own heat. Industrial manufacturers put a premium on the heat, because it is inefficient or impractical to import. 1 Potential (Including Topping Cycle CHP