Power & Energy

Leak testing of high voltage switchgear ensures that critical components such as circuit breakers and isolators remain sealed to prevent contamination and pressure loss. Helium Hard Vacuum or Sniffing Systems are used to detect any leaks, ensuring reliable operation under high-voltage conditions.

• Verify the sealing of high voltage switchgear components
• Detect leaks that could compromise system performance and safety
• Ensure the efficient operation of electrical systems under high voltage
• Performed using Helium Hard Vacuum or Sniffing Systems

Leak testing of transformers and capacitors is essential for ensuring their performance and safety under operational conditions. Leak testing checks for any leaks in the seals of these components, which could lead to contamination or pressure loss, compromising functionality.

• Verify the sealing of transformers and capacitors to prevent leaks
• Detect leaks that could affect system performance and safety
• Ensure the efficient operation of electrical systems by preventing leaks
• Performed using Helium Hard Vacuum or Sniffing Systems

Leak testing of nuclear reactor components is vital to ensure the safety of both the reactor and its surroundings. Testing checks for leaks in pressure vessels, coolant systems, and other critical components to ensure the system remains secure during operation.

• Verify the sealing of reactor components to prevent leaks
• Ensure the integrity of nuclear reactor systems to avoid hazardous situations
• Detect leaks that could affect reactor performance or safety
• Performed using Helium Hard Vacuum or Sniffing Systems

Leak testing in power plant maintenance ensures that all critical components such as pipes, valves, and pressure vessels are sealed and function correctly. This prevents energy loss and ensures the plant operates safely and efficiently.

• Verify the sealing of power plant components to prevent leaks
• Detect leaks that could compromise system integrity or safety
• Ensure the safe and efficient operation of power plants
• Performed using Sniffing Systems

Leak testing in nuclear waste storage facilities ensures that storage containers remain sealed to prevent radiation or contamination from escaping into the environment. Leak testing is essential to verify the integrity of storage systems designed to safely contain hazardous materials.

• Verify the sealing of nuclear waste storage containers
• Detect leaks that could lead to contamination or environmental hazards
• Ensure safe long-term storage of nuclear waste
• Performed using Helium Hard Vacuum Systems

Battery degassing Remove dissolved gases from energy storage batteries, preventing internal pressure buildup that could lead to damage or failure. Vacuum systems are employed to create low-pressure conditions that allow gas to escape safely, ensuring long-term battery reliability and safety.

• Ensure the removal of dissolved gases from batteries
• Prevent internal pressure buildup that could damage the battery
• Maintain the efficiency and safety of energy storage systems
• Performed using vacuum systems to create low-pressure conditions for degassing

Vacuum testing ensures that transformers and capacitors can withstand the extreme pressures and conditions encountered during operation. This testing helps verify the structural integrity of these components and ensures they maintain their effectiveness under various environmental conditions.

• Simulate operational conditions by creating low-pressure environments
• Ensure the integrity of transformers and capacitors under vacuum conditions
• Maintain the reliability of transformers and capacitors over time
• Performed using vacuum systems to simulate real-world conditions

Vacuum degassing is used to remove dissolved gases from transformer oil, which is crucial for maintaining the insulating properties and cooling performance of transformers. Vacuum systems help to safely degas the oil and ensure that it operates effectively.

• Ensure the removal of dissolved gases from transformer oil
• Prevent overheating and ensure efficient transformer performance
• Maintain the insulating properties of transformer oil
• Performed using vacuum systems for controlled degassing