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.
RTO systems provide a reliable and proven solution for VOC control in paint and coating operations. Their ability to manage high airflow, variable solvent loads, and strict regulatory requirements makes them preferred technology for long-term operational efficiency and compliance.
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.
At Ship & Shore Environmental, we help customers achieve reliable compliance and performance. When it comes to source testing, preparation is key to accurate results.
As manufacturers and municipalities search for alternatives to landfilling, biomass processing has emerged as a practical way to recover value from waste materials. Instead of disposing of organic byproducts, facilities can convert them into useful fuel while reducing overall environmental impact.
Application- Accommodate production increases from the recycling process by treating volatile organic compound (VOC) emissions generated from the recycling plant’s operations.
At Ship & Shore Environmental, we work with manufacturers and OEMs to develop practical VOC control solutions that support compliance, operational efficiency, and long-term reliability.
A PTE is not just physical structure—it is a controlled airflow system. Its performance depends on pressure balance, enclosure integrity, and directional airflow working together as one system.
