Environmental Technologies
Seven connected solutions that take difficult industrial materials from treatment to recovery, and from recovery to market.
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Thermal & Environmental Systems
Industrial thermal processing and environmental treatment systems designed to handle difficult materials, recover usable outputs, and support cleaner operations.
Transformation Technologies develops thermal and environmental systems for complex industrial applications, including contaminated materials, oil-bearing waste streams, hazardous residues, and remediation-related processing needs. Our work combines practical engineering, custom fabrication, and field-driven operating experience to help clients manage difficult materials in a more controlled, efficient, and value-oriented way.
- Indirect Thermal Processing
- Direct Fired Thermal Processing
- Environmental Treatment Systems
- Site-Specific Engineering
02 / 07
Circular Resource Recovery
Converting difficult industrial waste streams into useful outputs through recovery-focused processing and closed-loop thinking.
TTI’s circular resource recovery platform is built on the belief that industrial residuals should not automatically be treated as end-of-line waste. Through recovery-oriented systems, the company works to transform difficult material streams into beneficial-use outputs, reusable process materials, and marketable industrial products that support a more efficient and responsible use of resources.
- Hydrocarbons
- Metal-Bearing Product Streams
- Water Reuse
03 / 07
Renewable Carbon & Natural Solutions
Expanding recovery-based thinking into lower-impact material pathways and environmentally aligned solutions.
TTI’s renewable carbon and natural solutions direction reflects the company’s broader commitment to sustainability, resource efficiency, and the development of beneficial-use outputs with long-term environmental value. This area is intended to connect industrial recovery experience with cleaner material pathways, carbon-conscious applications, and natural-systems-oriented opportunities.
- Lower-impact material pathways
- Carbon-conscious product development
- Beneficial-use applications
- Environmentally aligned commercial opportunities
04 / 07
Energy Transition
Supporting lower-impact industrial systems through recovery, strategic materials, and more efficient resource pathways.
TTI supports the energy transition by helping convert difficult industrial materials into useful outputs that align with future-facing industrial and infrastructure needs. Through recovery-driven processing and strategic material pathways, the company helps connect existing industrial systems with more sustainable long-term resource models.
- Strategic Material Recovery
- Lower-Waste Industrial Pathways
- Circular Industrial Infrastructure
05 / 07
Research & Development
Advancing recovery technologies through ongoing testing, refinement, and new reclamation pathways.
Research and development plays a central role in TTI’s ability to improve process performance, increase output value, and respond to changing industrial and environmental needs. The company’s R&D efforts are focused on refining recovery technologies, strengthening product quality, and expanding the commercial potential of recovered material streams.
- Further Reclamation
- Oxidation and Product Improvement
- Efficiency and Scalability
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Strategic Metals
Recovering valuable metal-bearing products from industrial waste streams for critical downstream markets.
TTI’s strategic metals platform is centered on recovering and producing metal-bearing outputs from difficult industrial materials. These outputs can serve downstream industrial uses tied to steel, specialty materials, and energy-related applications, creating a pathway from waste liability to marketable feedstock.
- Vanadium
- Nickel and Molybdenum
- Strategic Supply Importance
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Trading Operations
Connecting recovered industrial products with downstream customers through coordinated commercial movement.
TTI’s trading operations support the commercial side of recovery by helping move processed materials into downstream industrial markets. This includes customer alignment, shipment planning, international coordination, and product movement designed to ensure that recovered outputs reach productive end-use channels.
- Customer and Buyer Alignment
- Shipment Planning
- International Coordination
- Product-to-Market Flow
