SCE Textile Recycling

SCE Textile RecyclingSCE Textile RecyclingSCE Textile Recycling

SCE Textile Recycling

SCE Textile RecyclingSCE Textile RecyclingSCE Textile Recycling
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    • Home
    • Impact
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    • Our Process
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  • Home
  • Impact
  • About
  • Our Process
  • Facility & Development
  • Partnerships & Investors

SCE Textile Recycling, your solution for sustainable waste management.

Building the Future of Textile Recovery Infrastructure

Building the Future of Textile Recovery Infrastructure

Building the Future of Textile Recovery Infrastructure

Building the Future of Textile Recovery Infrastructure

Building the Future of Textile Recovery Infrastructure

Building the Future of Textile Recovery Infrastructure

Our Process - Impact - Mandates & Revenue Model

Illustration of a textile refinery converting waste textiles into valuable industrial fibers and products.

 Phase 2 of SCE Textile Recycling advances beyond intake and sorting into full-scale fiber refinement, transforming structured textile waste into certified industrial feedstock.  While Phase 1 establishes intake, logistics, and contamination-controlled preprocessing, Phase 2 introduces advanced purification, QA/QC certification, and fiber-grade validation, positioning recovered textile material as a high-value industrial commodity.

Textile Waste Delivered: Converting Volume into Value

Intake: Structured Textile Streams

Structured textile streams are delivered directly to our intake and classification facility before processing, supporting our commitment to circular textile recovery. Each shipment is logged, weighed, and assigned to a dedicated processing line based on fiber composition and client source, including transportation, government, hospitality, and commercial contracts. This controlled intake model not only reduces cross-contamination to below 3% but also aligns with sustainable waste management practices. By preserving fiber integrity, we ensure that recovered materials can be returned to the appropriate manufacturing partner as clean, traceable raw fiber, ultimately contributing to textile waste reduction.

Controlled Intake Model

Materials are separated by fiber type and client stream before entering dedicated processing lines. This source-specific separation is crucial for circular textile recovery as it minimizes contamination and enables fiber purity levels suitable for sustainable waste management. This purity is essential for remanufacturing into uniforms, linens, automotive textiles, and industrial applications, contributing significantly to textile waste reduction.

Annual Intake Capacity

This model transforms bulk textile volume into structured, high-value industrial input, supporting circular textile recovery and enabling sustainable waste management. This innovation leads to consistent throughput and scalable revenue generation, while contributing to textile waste reduction. Capacity per line: 25,000 tons annually.

Join SCE Textile Recycling in our mission to create a cleaner, greener future

Join SCE Textile Recycling in our mission to create a cleaner, greener future

Join SCE Textile Recycling in our mission to create a cleaner, greener future

Join SCE Textile Recycling in our mission to create a cleaner, greener future

Join SCE Textile Recycling in our mission to create a cleaner, greener future

Join SCE Textile Recycling in our mission to create a cleaner, greener future

The Textile Refinery: Turning Waste into Industrial Wealth

From Waste to Certified Feedstock

Textiles entering the refinery stage are:

• Cleaned and mechanically reduced to fiber
• De-hardwared and decontaminated
• Chemically purified to remove dyes, finishes, and embedded plastics
• Tested for fiber integrity and composition


The result is certified raw fiber suitable for resale into domestic manufacturing supply chains.  This transition marks the difference between diversion and monetization.

Engineers in a smart factory using augmented reality for machine monitoring.

Rigorous QA/QC & Certification

Phase 2 integrates in-house testing and quality assurance systems to ensure recovered fiber meets defined purity and performance standards.


This enables:

• Manufacturing reintegration
• Military and institutional supply compliance
• Closed-loop uniform production
• Automotive and industrial textile applications


Certification is what converts recycled textile into industrial-grade feedstock.

Bales of colorful, compressed textile fibers stacked in a warehouse.

A Closed-Loop Materials Economy

The Textile Refinery model creates a structured circular system:

  1. Waste Intake
  2. Fiber Recovery 
  3. Certification 
  4. Manufacturing Reintegration 
  5. New Textile Production

Instead of exporting waste or landfilling excess textiles, materials are restored, certified, and reintroduced into U.S. production cycles.

Market Value & Regulatory Drivers

The global textile resale and recovery market is projected between $7.5B–$9.0B annually, driven by:

• Increasing landfill diversion mandates
• Corporate sustainability requirements
• Domestic material security initiatives
• Decarbonization policies
• Department of Defense and institutional procurement standards


La’ Merde Textile Recycling is building infrastructure to participate in this expanding market, not as a waste hauler, but as a materials refinery.

Person analyzing industrial data and performance metrics on a tablet.

Scaling Investment & Revenue Potential

Phase 1 (Intake & Logistics): Establishes contracted material flow and structured preprocessing.

Phase 2 (Refinery): Enables high-margin fiber resale and industrial supply integration.


The refinery model transforms textile diversion from a cost center into a scalable revenue engine.

SCE Textile Recycling is building ahead of mandate

Between 2026–2030, sustainability mandates will require corporations to document textile waste diversion and implement sustainable waste management practices to reduce supply chain emissions. However, the U.S. currently lacks scalable circular textile recovery infrastructure.

Find out more

Our Process: From Textile Waste to Clean Industrial Fiber

STEP 1: Structured Textile Collection & Client Intake

STEP 1: Structured Textile Collection & Client Intake

STEP 1: Structured Textile Collection & Client Intake

We establish structured intake channels from multiple sources:

• Community drop-off programs
• Government and institutional contracts
• Transportation and logistics uniforms
• Hospitality and commercial linen providers


All materials are received through controlled intake procedures to preserve fiber integrity and maintain source-specific separation.  This ensures contamination control begins before processing.

STEP 2: Delivery, Logging & Fiber Classification

STEP 1: Structured Textile Collection & Client Intake

STEP 1: Structured Textile Collection & Client Intake

Upon arrival, each shipment is:

• Weighed and documented
• Digitally logged and tracked
• Assigned to a dedicated processing line
• Classified by fiber composition


Maintaining source-specific lines reduces cross-contamination to below 3%, preserving downstream material quality.

STEP 3: Hardware & Contaminant Removal

STEP 1: Structured Textile Collection & Client Intake

STEP 4: Mechanical Shredding & Fiber Breakdown

All non-textile components are removed prior to mechanical processing, including:

• Metals (zippers, buttons, snaps)
• Plastics
• Fasteners and decorative elements


This mechanical separation step ensures clean textile-only input before fiber recovery begins.

STEP 4: Mechanical Shredding & Fiber Breakdown

STEP 4: Mechanical Shredding & Fiber Breakdown

STEP 4: Mechanical Shredding & Fiber Breakdown

Textiles are mechanically shredded and separated by fiber type.  Materials are reduced to their original fiber state while maintaining structural integrity for reuse.  Dedicated lines preserve fiber purity by client source.

STEP 5: Chemical Removal & Fiber Purification

STEP 4: Mechanical Shredding & Fiber Breakdown

STEP 5: Chemical Removal & Fiber Purification

Dyes, finishes, and embedded chemical residues, including synthetic contaminants, are removed through controlled purification processes.

Recovered fibers are cleaned, stabilized, and prepared for industrial reuse.  This step reduces water contamination impact and enables high-value remanufacturing.

STEP 6: Clean Fiber Storage & Redistribution

STEP 4: Mechanical Shredding & Fiber Breakdown

STEP 5: Chemical Removal & Fiber Purification

Rows of blue metal shelves storing rolls of fabric in a warehouse.

Purified fiber is:

• Dried and quality-verified
• Stored in climate-controlled conditions
• Prepared for shipment to textile manufacturers


From here, clean reclaimed fiber is spun into new fabric and remanufactured into: (1) Uniforms,
(2) Towels, (3) Hospitality linens, (4) Automotive textiles, (5) Denim and (6) Industrial materials.  This completes the closed-loop ecosystem.

  • Impact
  • About
  • Our Process
  • Facility & Development
  • Partnerships & Investors

SCE Sustainable Industries, LLC.

Detroit, Michigan

3136374778

Copyright © 2026 SCE Sustainable Industries, LLC.  - All Rights Reserved.

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