Turbine Closure System
At Tritorc, we understand that efficiency and safety are paramount during turbine maintenance and assembly. Traditional turbine closure methods are often hampered by high labour, time consumption, and hazards. Our advanced Turbine Closure System addresses these challenges by employing hydraulic technology to achieve rapid, safe, and consistent casing closures on industrial turbines.
- Each operation typically cuts down time-bound-closure reducing tops-on/tops-off time by up to 6 hours, saving over a day of total maintenance per turbine.
- Closes turbine casings hydraulically that eliminates the need to heat studs avoiding burn injuries, other electrical hazards and time loss.
- Enables accurate closure by integrated zero-gap monitoring between casings continuously, ensuring uniform tightening without overloading.
- Ergonomic components and step-by-step process make straightforward deployment minimizing manual intervention and saves manpower.
- Supports ultrasonic bolt elongation measurement methods to ensure precise bolt stretch in critical coupling applications, increasing joint integrity and longevity.
Turbine Closure System
At Tritorc, we understand that efficiency and safety are paramount during turbine maintenance and assembly. Traditional turbine closure methods are often hampered by high labour, time consumption, and hazards. Our advanced Turbine Closure System addresses these challenges by employing hydraulic technology to achieve rapid, safe, and consistent casing closures on industrial turbines.
- Each operation typically cuts down time-bound-closure reducing tops-on/tops-off time by up to 6 hours, saving over a day of total maintenance per turbine.
- Closes turbine casings hydraulically that eliminates the need to heat studs avoiding burn injuries, other electrical hazards and time loss.
- Enables accurate closure by integrated zero-gap monitoring between casings continuously, ensuring uniform tightening without overloading.
- Ergonomic components and step-by-step process make straightforward deployment minimizing manual intervention and saves manpower.
- Supports ultrasonic bolt elongation measurement methods to ensure precise bolt stretch in critical coupling applications, increasing joint integrity and longevity.
Custom Hydraulic Bolt Tensioning Solutions
Not every joint fits the standard. At Tritorc, we engineer custom hydraulic bolt tensioning solutions tailored to your unique dimensional, load, and environmental requirements. Whether you're working with non-standard bolt spacing, restricted access, or extreme operating conditions, our in-house design and manufacturing team develops tools that deliver precision, repeatability, and safety.
Alongside custom builds, Tritorc offers a full range of hydraulic bolt tensioners designed to meet varied industrial demands, covering subsea operations, high-load multi-stage applications, rapid-cycle spring return systems, standard topside tensioning, and turbine closure tools that eliminate the need for induction heating during casing assembly.
Our Design Key Considerations:
- Bolt-to-Bolt Distance Accommodation - Customized spacing solutions for unique configurations
- Bolt-to-Body Clearance Optimization - Maximizing access in restricted environments
- Tailored Bolt Size & Industrial Requirements - Precise engineering for specific applications
- Material & Coating Optimization - Enhanced durability and corrosion resistance
- Ultrasonic Monitor Integration - Real-time tension monitoring capabilities
- Adaptable Bridge and Puller Configurations - Flexible tooling arrangements
- And More... - Comprehensive custom engineering solutions
Custom Hydraulic Bolt Tensioning Solutions
Not every joint fits the standard. At Tritorc, we engineer custom hydraulic bolt tensioning solutions tailored to your unique dimensional, load, and environmental requirements. Our in-house design and manufacturing team develops tools that deliver precision, repeatability, and safety.
From subsea operations to high-load multi-stage applications, our comprehensive range covers varied industrial demands including rapid-cycle spring return systems, standard topside tensioning, and turbine closure tools that eliminate the need for induction heating during casing assembly.
Power Generation (Thermal, Nuclear & Gas Turbines)
Purpose-built for turbine maintenance shutdowns, the TCS delivers fast, uniform closure of turbine casings by eliminating the need for induction heating—enhancing safety and reducing downtime.