What is TCS?

    The Tightness Control System TCS is the most advanced state-of-the-art leak detection and tightness monitoring system available. It applies the patent protected Pressure-Step-Method, which compensates for changes in temperature without temperature measurement. It can detect leaks as small as .004 percent of the pipeline volume within a 45 minutes test. The Tightness Control System TCS can be easily installed on both, existing and new pipeline systems. It is in use at major airports throughout the world.
Why use TCS?

    Tightness control monitoring of facilities used in the transportation or storage of water polluting liquids is a preventive and pro-active approach to protecting the environment from ground pollution. Leakages, which are not detected in time, can cause severe environmental damages. TCS helps avoid extensive environmental remediation and related financial losses. Furthermore, the reputation and public image of your company can suffer as a consequence of environmental damages caused by undetected leaks within your system. The patented leakage detection system TCS, which is approved by API, IP and TÜV provides the most reliable, fast, accurate and cost effective test method for testing facilities on a daily basis. The TCS Tightness Control System meets all requirements for Computational Pipeline Monitoring (CPM) standards as per API 1130 and covers all aspects on leak monitoring:
  • Leak Prevention
  • Enviroment Protection
  • Cost Saving
  • Efficiency
  • Protection of Public Image
  • Easy-of-Use
  • Easy Retrofit
  • Concurrent Multiple Segment Testing
  • Active Testing Within 45 min.
  • Guaranteed Accuracy: < 0.0003 gal/h/ft³ or 0.04 l/h/m³
Check Our Worldwide References:
  • Gatwick International Airport, England
  • Frankfurt International Airport, Germany
  • Anchorage International Airport, Alaska USA
  • Frankfurt, Fuel Supply Pipeline, Germany
  • Schiphol International Airport, Amsterdam Netherlands
  • Hartsfield International Airport, Atlanta, Georgia USA
  • Zurich International Airport, Switzerland
  • Warsaw International Airport, Poland
  • Sydney International Airport, Australia
  • Kansai International Airport, Osaka Japan
  • Vienna International Airport, Austria
  • Perth International Airport, Australia
  • Heathrow International Airport, London England
  • Zurich, Fuel Supply Pipeline, Switzerland
  • New Kuala Lumpur International Airport, Malaysia
  • Bremen, Fuel Supply Pipeline, Germany
  • Malpensa 2000, New Milan International Airport, Italy
  • Gatwick International Airport, London England
  • JFK International Airport, Terminal 1, New York USA
  • Pease Air National Guard Base, Portsmouth, NH USA
  • Pumpstation Bramsche, Germany
  • Amsterdam, Fuel Supply Pipeline, Netherlands
  • Washington D.C. National Airport Ronald Reagan, USA
  • Washington D.C. International Airport Dulles, USA
  • New Inchon International Airport, Seoul, Korea
  • Ben Gurion International Airport, Tel Aviv, Israel
  • Air Force Base Geilenkirchen, Germany
  • Cleveland, Ohio, Hopkins International Airport, USA
  • New Athens International Airport, Greece
  • Geneva International Airport, Switzerland
  • Munich International Airport, Germany
  • Detroit International Airport, USA
  • New Guangzhou Airport, China
  • London Stansted Airport, UK
  • Chicago Midway Airport, USA
  • NAS/JRB New Orleans, USA
  • San Pedro, CA, USA
  • Stockholm Airport Arlanda, Sweden
  • Brisbane International Airport, Australia
  • Dallas International Airport, USA
  • Travis Air Force Base, USA
  • MacDill Air Force Base, USA
  • Melbourne International Airport, Australia