A pharmaceutical manufacturer achieved validated, repeatable batch drying, over 98% VOC destruction, and lowered operating costs by implementing Epcon’s GMP-compliant batch drying ovens with integrated catalytic oxidation. The system provides precise thermal performance and safely destroys solvent emissions at a low operating cost, highlighting Epcon’s expertise in highly regulated pharmaceutical environments.
Pharmaceutical Manufacturing – GMP Batch Oven & Solvent Emissions Control
Executive Summary
Project Overview
A pharmaceutical manufacturer required batch drying ovens to support tablet coating and granulation processes. These operations involved solvent-based formulations, requiring precise thermal control for product consistency and reliable VOC abatement. Compliance with FDA and GMP standards—including documentation, validation, and repeatability—was mandatory.
Epcon engineered a solution that combined GMP-compliant ovens with catalytic oxidation for efficient VOC control.
Epcon engineered a solution that combined GMP-compliant ovens with catalytic oxidation for efficient VOC control.
The Challenge
The manufacturer faced several critical issues related to solvent use and regulatory demands:
- Ensuring precise thermal control and uniform airflow to eliminate batch-to-batch variability and protect product quality.
- Stringent regulatory oversight demanding a fully validated solution with robust documentation.
- Addressing solvent emissions with an efficient method, as traditional thermal oxidizers were inefficient for low-concentration VOC streams, driving up fuel costs.
- Need for a reliable, stainless steel construction suitable for pharmaceutical environments.
- Requirement for an overall system that balanced compliance, safety, and operating efficiency.
The Solution
Epcon delivered a GMP-compliant batch drying system that unifies precision process control, energy efficiency, and effective emissions destruction.
GMP-Compliant Batch Drying Oven
GMP-Compliant Batch Drying Oven
- Features stainless steel interiors and precision airflow control to ensure repeatable batch drying.
- The design aligns with all necessary standards to support validation protocols.
- A Catalytic Thermal Oxidizer is optimized specifically for low-concentration solvent emissions, allowing for effective VOC destruction at lower operating temperatures.
- Indirect Heat Recovery is incorporated to further reuse thermal energy and reduce overall fuel consumption.
- The system includes a Validation-Ready PLC (Programmable Logic Controller) with full support for all required documentation and validation protocols, ensuring repeatable batch processing.
Technical Specifications
Feature / Component | Specification / Benefit |
Oven Type | GMP Batch Drying Oven |
Operating Temp. Range | 60°C – 180°C |
Construction | Stainless Steel Interior |
Oxidizer Type | Catalytic Thermal Oxidizer (Optimized for Low-VOC) |
VOC Destruction | 98% Destruction Efficiency |
Airflow Capacity | ~8,000 SCFM |
Heat Recovery | Indirect Air Preheat (Reduces Fuel Costs) |
Control System | Validation-Ready PLC |
The Results
“The catalytic system was the only way we could meet compliance standards for our low-concentration solvents without breaking the bank on fuel costs.”
The installed system delivered measurable improvements for the pharmaceutical manufacturer:
The installed system delivered measurable improvements for the pharmaceutical manufacturer:
- Achieved validated, repeatable batch drying with improved consistency across production runs.
- VOC destruction exceeded 98% reducing solvent handling risks and ensuring environmental compliance.
- Operating costs were lowered through the combination of catalytic oxidation and heat recovery, supporting long-term efficiency.
- The system met all FDA and GMP compliance
Industry
Applications
This advanced drying and emissions control system is ideal for high-value, regulated environments, including:
- Pharmaceutical Manufacturing (Tablet Coating, Granulation)
- Life Science Drying and Curing Processes
- Manufacturing Requiring GMP (Good Manufacturing Practice) Compliance
- Processes with Low-Concentration Solvent VOC Exhaust
Next Steps
Achieve Validated Performance and Reduce Emissions Costs
Your pharmaceutical process demands GMP-compliant, validated performance and cost-effective emissions control. Epcon’s integrated solution, featuring catalytic oxidation for low-VOC streams, is engineered to deliver high consistency and lowered utility costs.
If your process requires validated batch drying, efficient treatment of low-concentration solvent emissions, or a stainless steel, GMP-aligned thermal system, your next step is simple. Contact our specialized pharmaceutical engineering team directly for a custom application study, or initiate a chat now to answer a quick technical question on process integration.
Your pharmaceutical process demands GMP-compliant, validated performance and cost-effective emissions control. Epcon’s integrated solution, featuring catalytic oxidation for low-VOC streams, is engineered to deliver high consistency and lowered utility costs.
If your process requires validated batch drying, efficient treatment of low-concentration solvent emissions, or a stainless steel, GMP-aligned thermal system, your next step is simple. Contact our specialized pharmaceutical engineering team directly for a custom application study, or initiate a chat now to answer a quick technical question on process 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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