Home
About Us
Client Advantages
Engineering Services
Projects
  • MAJOR TERMINAL UPGRADE
  • 350 HP AIR COMPRESSOR
  • Process Water Well
  • Increase TAN Limits
  • API Vapor Control
  • Bio-Diesel
  • Sulfur Pit Sweep Air
  • SRU Vapor Seal
  • PUBLIC ADDRESS SYSTEM
  • Other Relevant Projects
Contracting Opportunities
Contact Us
Home
About Us
Client Advantages
Engineering Services
Projects
  • MAJOR TERMINAL UPGRADE
  • 350 HP AIR COMPRESSOR
  • Process Water Well
  • Increase TAN Limits
  • API Vapor Control
  • Bio-Diesel
  • Sulfur Pit Sweep Air
  • SRU Vapor Seal
  • PUBLIC ADDRESS SYSTEM
  • Other Relevant Projects
Contracting Opportunities
Contact Us
More
  • Home
  • About Us
  • Client Advantages
  • Engineering Services
  • Projects
    • MAJOR TERMINAL UPGRADE
    • 350 HP AIR COMPRESSOR
    • Process Water Well
    • Increase TAN Limits
    • API Vapor Control
    • Bio-Diesel
    • Sulfur Pit Sweep Air
    • SRU Vapor Seal
    • PUBLIC ADDRESS SYSTEM
    • Other Relevant Projects
  • Contracting Opportunities
  • Contact Us

  • Home
  • About Us
  • Client Advantages
  • Engineering Services
  • Projects
    • MAJOR TERMINAL UPGRADE
    • 350 HP AIR COMPRESSOR
    • Process Water Well
    • Increase TAN Limits
    • API Vapor Control
    • Bio-Diesel
    • Sulfur Pit Sweep Air
    • SRU Vapor Seal
    • PUBLIC ADDRESS SYSTEM
    • Other Relevant Projects
  • Contracting Opportunities
  • Contact Us

Sulfur Pit Sweep Air ControTrace

Design & Construction Oversight

Design & Construction Oversight

Design & Construction Oversight

The SRU sulfur pit sweep air header venting to the boiler for incineration needed to be maintained at a minimum of 260 deg. F to prevent the vapor from becoming a solid and plugging the line. The selected technology for heating the line was Controls Southeast Inc. (CSI) ControTrace technology. Advantiv designed the steam/condensate distribution headers and manifolds. This technology requires that condensate flow downhill throughout the ControTrace circuits. ControTrace circuit modeling was done by CSI, they determined each circuit length and quantity of elements. Optimum thermal heat transfer in BTUs is achieved though their specific installation methods. There was a definite learning curve for both the installing contractor and the engineering team to get each circuit installed properly. Testing of each circuit after installation was done to insure the heating levels required were achieved, and they were. The project was a success. 

Contro-Heat Block

Design & Construction Oversight

Design & Construction Oversight

ControTrace Attached to Pipe

ControTrace with Hose Connections

ControTrace with Hose Connections

ControTrace with Hose Connections

ControTrace with Hose Connections

ControTrace with Hose Connections

This website uses cookies.

We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.

DeclineAccept