Ecolomondo Secures Feedstock Supply for its Shamrock Texas TDP Project

Executive Summary

• Ecolomondo Corporation announced it has secured sufficient feedstock for its planned 6‑reactor TDP facility in Shamrock, Texas.
• Multiple letters of intent have been executed with tire retailers and municipalities, confirming committed volumes of end‑of‑life tires.
• The company expects the Shamrock project to become one of the largest scrap‑tire pyrolysis facilities in North America, leveraging experience from its Hawkesbury TDP plant and modular technology to reduce capex and lead times.

Key Details

• Feedstock Confirmation: Executed letters of intent with tire retailers and municipalities guarantee enough end‑of‑life tires to sustain operations at the Shamrock facility.
• Project Scale: The planned Texas plant will house six reactors, roughly three times larger than the Hawkesbury TDP facility currently in commercial operation.
• Revenue Model: Anticipated revenue streams include tipping fees from tire disposal and sales of on‑site products (recovered carbon black, oil, steel, syngas).
• Environmental Impact: Expected CO₂ reduction of approximately 67,200 tons per year from the Shamrock facility’s production of recovered carbon black.
• Technology Advantage: Modular TDP technology enables lower capital expenditures, shorter construction lead times, and reduced project risk compared with conventional pyrolysis plants.
• Management Quote: “The Texas TDP project, once completed, is expected to be one of the largest scrap tire pyrolysis facilities in North America…as it keeps achieving key milestones,” said Jean‑François Labbé, Interim CEO.

Notable Quotes

“The Texas TDP project, once completed, is expected to be one of the largest scrap tire pyrolysis facilities in North America. The future looks promising for Ecolomondo, as it keeps achieving key milestones.” – Jean‑François Labbé, Interim CEO

Materiality Assessment: Material – Positive (significant operational progress and positive outlook for revenue and environmental impact).