A flexographic packaging expansion combined VOC collection, variable airflow, and RTO heat recovery. The project qualified for more than $350,000 in utility incentives.
A U.S. flexographic printing facility needed better VOC capture, balanced airflow, reliable RTO performance, and a scalable design for future production growth.
Ship & Shore Environmental developed a fuel free, multistage oil removal system achieving 95–98% contaminant removal efficiency through cooling, condensation, gravity separation, and mechanical filtration.
A renewable energy facility in California sought to convert biomass waste into clean electricity while creating additional value from process byproducts. Working alongside specialized engineering partners, Ship & Shore Environmental developed an integrated thermal processing system capable of producing 3 MW of renewable power while generating high-quality biochar for industrial applications.
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.
SSE engineered a 31,000 SCFM RTO for a metal recycler in Colton, California. Explore its VOC-control design, ceramic heat recovery, and production-growth requirements.
Ship & Shore Environmental engineered a solution that was a custom Regenerative Thermal Oxidizer (RTO), for both emissions control and energy optimization.
SSE reports annual energy savings exceeding $560,000 for a Connecticut food-waste processor using a custom RTO with future expansion capability 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.
