Clean Energy Technologies, Inc. · NASDAQ:CETY
Clean Energy Technologies — Investor Presentation (July 2026)
15 slides from Clean Energy Technologies's investor presentation, Jul 1, 2026
Slide 1: CETY HTAP System for Scrap Tire Rubber Crumb Conversion
1 CETY HTAP System for Scrap Tire Rubber Crumb Conversion Upgrading ELT Processing into a Carbon & Energy Recovery Platform Clean Energy Technologies, Inc. 2026 Corporate Presentation Confidential NASDAQ: CETY 1
Slide 2: Why This Matters Now
Why This Matters Now Scrap tire processors are under pressure to find higher-value outlets. • Crumb rubber markets remain useful but price-sensitive. • TDF and combustion outlets face increasing regulatory and emissions scrutiny. • Tire OEMs and industrial rubber users are increasing recycled-conten
Slide 3: The Opportunity for Existing ELT Processors
The Opportunity for Existing ELT Processors CETY’s HTAP platform converts prepared ELT rubber crumb into two monetizable outputs: 1. Conditioned syngas Used for onsite power generation. Supports electricity cost offset at shredding/granulation facilities. 2. Raw carbon char Upgraded into industrial
Slide 4: What HTAP Does Differently
What HTAP Does Differently HTAP is designed to avoid the oil/liquid fraction typical of lower-temperature tire pyrolysis. • High-temperature thermal conversion of ELT rubber crumb. • Dual-stage process: pyrolysis followed by in-situ tar cracking. • Volatile fraction is converted into high-heating-va
Slide 5: Feedstock Fit: ELT Rubber Crumb
Feedstock Fit: ELT Rubber Crumb Indicative HTAP-ready feed conditions: Parameter Target Particle size 3 mm Steel contamination Low / trace Fiber contamination Low / trace Moisture Low Feedstock source Existing crumb line or integrated ELT processing site Companies already producing crumb rubber may
Slide 6: Process Configuration
Process Configuration ELT tires / TDA → shredding / granulation / steel + fiber removal → HTAP-ready crumb → HTAP reactor → dry syngas conditioning → gensets / ORC / thermal recovery → raw rCB char → milling / classification → industrial rCB → optional demineralization for higher-grade qualification
Slide 7: Energy Recovery Value
Energy Recovery Value Syngas can be used to reduce site energy exposure. • Conditioned syngas is routed to a stationary gas turbine or an engine gensets. • Waste heat can support system thermal needs and improve overall energy utilization. • Electricity may be used behind the meter or evaluated for
Slide 8: Carbon Product Pathway
Carbon Product Pathway The carbon product strategy should be staged. Stage Product Required Upgrading Commercial Logic Cooling, handling, basic Internal qualification 1 Raw rCB char characterization and testing Milling, classification, Near-term market 2 Industrial rCB pelletization access Longer qu
Slide 9: rCB Commercialization Strategy
rCB Commercialization Strategy Generate near-term revenue from industrial-grade material while building the data package required for higher-value rCB qualification. Near-term target markets: • Industrial rubber goods • Molded rubber products • Plastics and masterbatch • Pigments and coatings • Asph
Slide 10: Why Integration with Existing Processors Matters
Why Integration with Existing Processors Matters The strongest project candidates are already in the tire recycling chain. Ideal site characteristics: • Existing ELT supply or long-term tire collection contracts • Existing crumb rubber production or ability to add final granulation • Available indus
Slide 11: Why Integration with Existing Processors Matters
Why Integration with Existing Processors Matters The strongest project candidates are already in the tire recycling chain. Ideal site characteristics: • Existing ELT supply or long-term tire collection contracts • Existing crumb rubber production or ability to add final granulation • Available indus
Slide 12: Key Risks and Mitigation
Key Risks and Mitigation Risk Why It Matters Mitigation Approach Steel/fiber contamination affects Define feed specification and QA Feedstock quality carbon quality protocol Stage industrial market first; rCB qualification Customer approval takes time qualify premium markets in parallel Tire-derived
Slide 13: CETY Role
CETY Role CETY can support the project from feasibility through commissioning. • Feedstock and site screening • Preliminary mass and energy balance • Process configuration and equipment scope • HTAP reactor and syngas conditioning system • Power-generation integration • rCB upgrading system definiti
Slide 14: What CETY Needs for Preliminary Assessment
What CETY Needs for Preliminary Assessment To evaluate a candidate site, CETY would request: • Current ELT or crumb rubber throughput • Feedstock form: whole tires, TDA, chips, crumb, buffings • Steel and fiber contamination levels • Current electricity consumption and tariff • Available site footpr
Slide 15: Proposed Next Step
Proposed Next Step Preliminary HTAP ELT Conversion Assessment Deliverable: • Feedstock suitability review • Conceptual process configuration • Preliminary mass and energy balance • Indicative carbon product pathway • Power-generation integration concept • Permitting pathway review • Data gaps and te
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