Thermal & Environmental Systems

Industrial thermal processing and environmental treatment systems designed to handle difficult materials, recover usable outputs, and support cleaner operations.

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Overview

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.

Thermal treatment remains one of the most effective methods for handling industrial materials that are difficult to process through conventional means. TTI’s capabilities in this area are rooted in technologies designed for real operating environments, where feed characteristics, logistics, environmental controls, and client requirements can vary significantly from project to project. Through site-specific system design and custom-built equipment, TTI supports industrial treatment strategies that focus on both performance and adaptability.

Our systems are built for applications where contamination levels, moisture, hydrocarbons, fines, metals content, and material variability demand more than off-the-shelf equipment. By tailoring thermal systems to the conditions of the job, TTI helps create treatment pathways that improve recovery potential, reduce handling challenges, and support stronger environmental outcomes.

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Core capabilities

Indirect Thermal Processing

Indirect thermal systems are well suited for oils, petroleum products, and other materials where controlled heat application and recovery of desorbed compounds are important. These systems provide a strong option for handling highly contaminated materials while maintaining flexibility in process control.

Direct Fired Thermal Processing

Direct fired thermal desorption offers high throughput and reliable treatment performance in projects requiring efficient heat transfer and consistent operating conditions. This technology is especially useful where larger material volumes and straightforward thermal treatment are needed.

Environmental Treatment Systems

TTI’s environmental systems are designed to support remediation and industrial cleanup projects involving petroleum-impacted solids, hazardous residues, drill cuttings, process materials, and related waste streams. These systems are intended to help reduce liability, improve treatment outcomes, and support regulatory and operational goals.

Site-Specific Engineering

No two projects are exactly alike. TTI’s approach emphasizes custom engineering and fabrication so systems can be designed around the feed material, project setting, environmental requirements, and performance targets of each job.

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Applications

Drill cuttings
Tank bottoms
Process filter cake
Petroleum-impacted soils and solids
Hazardous industrial materials
Remote and logistically complex remediation projects

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Project experience

TTI’s broader thermal processing background includes work connected to projects in Nigeria, Colombia, Libya, Alaska, Australia, Trinidad, and the United States. This experience reflects the company’s ability to support thermal applications across varied regions, operating conditions, and project requirements.

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Why it matters

Thermal and environmental systems are not just about treatment. They are about creating practical, deployable solutions for materials that can otherwise become long-term environmental and operational burdens. When designed correctly, these systems can reduce disposal dependence, improve handling of difficult waste streams, recover useful outputs, and give industrial operators a more effective pathway for managing risk and performance at the same time.

Outcome

TTI’s thermal and environmental systems help transform difficult treatment challenges into structured, engineered solutions that support cleaner operations, stronger process control, and more practical recovery-oriented outcomes.

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