CASE STUDY – High Capacity Direct Fired Thermal Oxidizer for VOC & H₂S Waste Gas Control
July 15, 2026 12:02 pmA natural gas processing facility in Aceh, Indonesia, initiated a production expansion to increase gas output to 60 MMSCFD.
A natural gas processing facility in Aceh, Indonesia, initiated a production expansion to increase gas output to 60 MMSCFD.
Ship & Shore Environmental delivered a customized VOC control solution that combines pretreatment, regenerative thermal oxidation, activated carbon backup, and integrated safety controls into a single, dependable system.
Application- Accommodate production increases from the recycling process by treating volatile organic compound (VOC) emissions generated from the recycling plant’s operations.
Ship & Shore Environmental engineered a solution that was a custom Regenerative Thermal Oxidizer (RTO), for both emissions control and energy optimization.
Ship & Shore Environmental designed and supplied a custom Regenerative Thermal Oxidizer (RTO) system, engineered for initial capacity with expandability up to 50,000 SCFM.
A leading flexographic printing and packaging manufacturer in Rockwall, Texas partnered with Ship & Shore Environmental to support a major facility expansion while maintaining strict environmental compliance.
Ship & Shore Environmental’s aftermarket services include washouts, bakeouts, and preventive maintenance helps facilities sustain performance, reduce costs, and ensure long-term compliance.
Pairing boilers with engineered RTOs ensures safe, compliant, and efficient production, protecting both capital and regulatory standing. Ship & Shore Environmental delivers solutions that balance energy use, emission control, and operational reliability.
A high-output flexographic printing facility operating multiple presses and laminators required an upgraded VOC control system.
A high volume paint manufacturing facility required a robust emissions control solution to manage airborne pollutants generated during coating and paint formulation operations.