STYRENE AND EB PLANT ADDITIVES

Styrene foam

Revolutionizing Polymerization Control for the Styrene/EB Industry

Cestoil is dedicated to providing state-of-the-art styrene/EB additive solutions to the industry. Our innovative polymerization inhibitor and control technology have been designed to minimize fouling, reduce monomer loss, and protect styrene/EB units during emergency shutdowns. By moving away from the traditional, slow-reacting, and highly toxic dinitrophenols, Cestoil offers a more efficient and safer alternative for controlling polymerization in styrene/EB production.

Advantages of Cestoil’s Styrene Additive Solutions

  • Enhanced Performance: Our advanced polymerization inhibitors provide superior control of polymerization, resulting in reduced fouling, minimized monomer loss, and improved overall plant efficiency.
  • Safer Technology: By replacing highly toxic dinitrophenols with our innovative solutions, Cestoil ensures a safer working environment for plant operators and minimizes environmental impact.
  • Emergency Shutdown Protection: Our styrene additives safeguard styrene units during emergency shutdowns, reducing the risk of equipment damage and ensuring a smooth restart of operations.
  • Cost-Effective Solutions: The improved efficiency and reduced maintenance requirements provided by our styrene additives lead to significant cost savings for plant operators.
  • Customized Solutions: Cestoil understands that each styrene plant is unique. We work closely with our clients to develop tailor-made solutions that address their specific challenges and requirements.
  • Partner with Cestoil for a Better Future

    At Cestoil, we are committed to delivering innovative and sustainable solutions that meet the needs of the styrene/EB industry. Our experienced team of experts is dedicated to providing exceptional customer support and working with you to ensure the successful implementation of our additives

    Find out how Cestoil can improve the quality and profitability of your process. Contact us now.