While crucial for the sustainable production of electrical energy and water management, reservoirs and hydro-electric plants also involve considerable safety risks for the people working there. Rotating turbines, narrow maintenance routes, wet surfaces and other hindrances pose particularly exacting challenges. It is vital - as early as the planning stage - to factor in comprehensive safety measures that will ensure work safety.
INNOTECH® offers tailor-made fall protection systems that are specially adapted to the complex structures and sources of danger present at reservoirs and hydro-electric plants. These all-encompassing systems ensure that all work areas and access routes are optimally secured, allowing the system to operate with maximum safety and performance efficiency.
TAURUS-HORIZONTAL
Rail system for horizontal use
The TAURUS HORIZONTAL rail system is used wherever movements along a horizontally running pathway need to be protected from a fall risk. Regardless whether along roofs, facades, for overhead use, in industry or in connection with photovoltaic ...
TAURUS-ALLROUND
Rail system for all-round use
The TAURUS ALLROUND rail system combines the application range and benefits of TAURUS HORIZONTAL and VERTICAL in the form of a flowing transition between horizontal and vertical movement. Regardless whether industrial buildings, architecturally ...
TAURUS VERTICAL
Rail system for vertical use
The TAURUS VERTICAL rail system is used wherever vertical ascents and descents require protection. Regardless whether ladder access, shelving/mast systems (with or without ladder), steel constructions with access systems, or as a means for shaft ...
AIO-PASSABLE-OVERHEAD-LIFELINE-SYSTEM
All-in-one lifeline system, passable, for overhead use
The AIO PASSABLE OVERHEAD LIFELINE SYSTEM is deployed wherever a horizontal overhead must be protected. Regardless whether along a maintenance walkway or in the area of machine safeguarding, the lifeline system can be relied upon to protect ...
VERT-LIFELINE SYSTEM
All-in-one lifeline system, vertica
The VERT LIFELINE SYSTEM is used wherever vertical ascents or descents require protection. Regardless whether ladder access, shelving/mast systems (with or without ladder) or steel constructions with access systems, it provides continuous fall ...
PPE STRING
PERSONAL PROTECTIVE EQUIPMENT PPE
Intuitive use, optimum comfort, top quality: Just some of the characteristics of our anti-fall harness systems. The PPE STRING harness system is available in Basic, Comfort, and Pro models. All harnesses allow optimum freedom of movement and ...
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The installation of fall protection systems on hydraulic structures requires precise planning and adaptation to the specific requirements of the respective system. Moving and slippery structures require specialized safety solutions. INNOTECH® offers such flexible solutions as rail and cable systems as well as single anchor points that allow for safe access to all areas without affecting the operating procedures.
Reservoirs, especially, often require workers to perform abseiling manoeuvres over several metres of fall height to carry out maintenance work. The TAURUS rail system fits this requirements profile perfectly as it secures the worker from start to finish with its torsion capability and its general character as an all-round safety system. The VERT cable system is suitable for vertical applications on outdoor ladders, but also for indoor maintenance, e.g. for turbines or generators in the engine room.
Another key factor is the adaptation of the safety solutions to the changing water levels and the often damp and slippery surfaces brought about by the proximity to the constantly flowing water. These hazards are minimized by the use of robust materials and specially developed fastenings, which offer stability and safety even under extreme conditions.
The hazards lurking at reservoirs & hydro-electric plants
The different types of reservoirs and hydro-electric plants are associated with numerous sources of danger, each requiring specific safety measures. Rotating parts, such as turbines, pose considerable danger to service technicians, as they can cause serious injuries. Narrow maintenance paths and shaft entry points increase the risk of falls and injuries, as they are difficult to access and often poorly lit.
Wet surfaces caused by water leaks, rain, accumulated water, etc. lead to an increased risk of slipping and can lead to accidents. Fluctuating water levels in reservoirs and channels can lead to unforeseeable risks, especially when working near water. Fish ladders, requiring regular maintenance, constitute a source of potential danger as well.
This environment calls for highly effective safety precautions. Regular training sessions are essential for accident prevention. In addition, all systems should be inspected regularly in a bid to detect and remedy potential sources of danger at an early stage. The implementation of robust fall protection systems and protective equipment is vital when it comes to ensuring the safety of employees and minimizing the risk of accidents.
Benefits of a fall protection system at a reservoir or hydro-electric plant
- Access safety: A carefully planned fall protection system provides for safe access routes to all areas of the reservoir or hydropower plant.
- Maintenance efficiency: Maintenance work on mechanical and electrical components can be carried out in a safe and efficient manner.
- Accident prevention: The use of fall protection systems reduces the risk of falls and accidents to a significant extent.
- All-around protection: Comprehensive fall protection ensures safety during all work activities at and near reservoir and hydro-electric plants.
Challenges of a fall protection system at a reservoir or hydro-electric plant
- Various sources of danger: Rotating parts, narrow maintenance routes and fluctuating water levels require safety solutions that are tailored to fit different danger areas.
- Complex structures: The complicated architecture of reservoirs and hydro-electric plants makes the task of installing and servicing fall protection systems formidable.
- Weather influences: Wet and slippery surfaces due to rain and water leaks raise the requirements for reliable safety systems.
- Use of special equipment: The need for special safety systems and personal protective equipment makes it necessary to provide training and make adjustments on a continuous basis, ensuring compliance with strict safety standards.
