A specialty chemical manufacturer accelerated R&D timelines, minimized capital investment, and improved production flexibility by implementing Epcon’s modular thermal processing and emissions control systems. Designed to support frequent changeovers and variable chemistries, the solution offers adjustable capacity and reliable compliance for pilot-scale production facilities.
Specialty Chemicals – Pilot Plant Thermal Processing & Emissions Systems
Executive Summary
Project Overview
A specialty chemical company required thermal systems to support pilot-scale production and process development. The facility needed equipment capable of handling a wide range of chemistries, operating conditions, and airflow rates—often changing between campaigns. The primary objectives were to support frequent process changeovers and ensure the equipment could be scaled or reconfigured as processes matured.
Epcon engineered modular ovens and oxidizers specifically designed for flexibility and scalability to reduce capital investment and operating risk.
Epcon engineered modular ovens and oxidizers specifically designed for flexibility and scalability to reduce capital investment and operating risk.
The Challenge
Pilot plant operations are characterized by constant process changes, making fixed-capacity, conventional systems inefficient and costly. The manufacturer required a solution that specifically addressed:
- Supporting frequent changeovers and variable VOC streams generated by changing chemistries.
- The need for adjustable capacity and rapid reconfiguration to handle evolving production needs.
- Avoiding excessive capital expenditure and operating risk associated with custom, non-flexible equipment.
- Ensuring reliable emissions control across a wide range of airflow rates and operating conditions.
The Solution
Epcon delivered modular thermal processing and oxidizer systems featuring adjustable capacity ranges, allowing the manufacturer to adapt quickly to R&D demands.
Modular, Flexible Design
Modular, Flexible Design
- The modular design allows equipment to be reconfigured or scaled as process requirements change, minimizing capital risk.
- Provides a single, flexible solution to support a wide range of chemistries and evolving production needs.
- Systems feature adjustable capacity ranges (2,000 – 10,000 SCFM) to handle variable airflow.
- The modular thermal oxidizer ensures continuous emissions compliance despite fluctuating VOC streams.
- The system features a PLC-Based Control System with Flexible Configuration, ensuring ease of operation and high uptime.
- By providing rapid reconfiguration capability, the system directly supports faster R&D cycles and process development.
Technical Specifications
Feature / Component | Specification / Benefit |
System Type | Modular Thermal Processing and Oxidation System |
Capacity Range | 2,000 – 10,000 SCFM (Adjustable) |
Operating Mode | Pilot-Scale and Small-Batch Operation |
Emission Control | Modular Thermal Oxidizer |
Control System | PLC-Based with Flexible Configuration |
Design Intent | High Flexibility, Accelerated R&D, Minimized Capital Risk |
The Results
“The modular design has been a game-changer; it lets us test new processes and scale up quickly without committing to expensive, single-purpose equipment.”
The installed modular system delivered immediate and sustained improvements:
The installed modular system delivered immediate and sustained improvements:
- Faster R&D cycles and rapid process development due to quick equipment reconfiguration.
- Reduced capital investment and lower operating risk compared to fixed-capacity systems.
- Improved flexibility in pilot-scale production, accommodating a wide range of chemistries.
- Supported safe emissions handling and reliable compliance during all stages of process development.
Industry
Applications
This advanced modular system is ideal for high-variability environments where process development is ongoing, including:
- Specialty Chemical Pilot Plants and R&D Facilities
- Pharmaceutical and Life-Science Process Development
- Materials Science Testing and Scale-Up
Next Steps
Achieve Maximum Flexibility and Accelerate Your R&D
Your specialty chemical or pilot-scale operation demands the flexibility to adapt to frequent process and chemistry changes. Epcon’s modular thermal processing and emissions system is engineered to minimize your capital risk while giving you the agility to accelerate R&D timelines.
If your process requires adjustable capacity, reliable emissions control across variable streams, or a system built to support rapid scale-up decisions, your next step is simple. Contact our specialized chemical engineering team directly for a custom application study, or initiate a chat now to answer a quick technical question on modular integration.
Your specialty chemical or pilot-scale operation demands the flexibility to adapt to frequent process and chemistry changes. Epcon’s modular thermal processing and emissions system is engineered to minimize your capital risk while giving you the agility to accelerate R&D timelines.
If your process requires adjustable capacity, reliable emissions control across variable streams, or a system built to support rapid scale-up decisions, your next step is simple. Contact our specialized chemical engineering team directly for a custom application study, or initiate a chat now to answer a quick technical question on modular integration.
Contact Epcon for Custom Solutions
Epcon offers full engineering, fabrication, and installation of afterburner-based thermal oxidizers, quench systems, wet scrubbers, and full emissions-control lines — customized for chemical, petrochemical, and industrial gas-stream applications.If your facility handles acid gases, H₂S, solvent exhaust, or other challenging emissions, contact our engineering team to discuss a tailored solution.
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