Fluid Valves Application
In any luid and air systems, fluid valves play a very crucial role in handling fluids.

Thermal Power & Nuclear Power

The power industry needs our diversified products

From fossil fuel power generation to nuclear power plants, Jewellok can provide a variety of process instrument components to help you successfully build a safe and efficient operation system, whether it is the steam water system, power generation system or control system of thermal power plants, the construction of nuclear islands, conventional islands and their supporting facilities of nuclear power plants.

Whether you are commodity driven or have special fluid control requirements, Jewellok has a professional team with rich application experience in the power industry, which can help you build new or improve the existing system design.

How to choose valve products in power industry

The valves provided by Hikelok are used in thermal power plants and nuclear power plants in a large number of instruments and control equipment, and are indispensable components of various operating systems of the power station. The correct selection of power station valves can achieve twice the result with half the effort. Therefore, we should consider the following aspects when selecting:

*The structure, interface size, pressure and temperature, design, manufacturing and experimental testing, etc. all need to meet the design specifications and standards of the power industry.
*The working pressure shall meet the requirements of various pressure levels of the power station.
*The product shall have excellent sealing, wear resistance, corrosion resistance, scratch resistance and long service life.

Power industry product recommendation

The safe and leak free connection established by our products in the system can, on the one hand, cope with high-intensity vibration or high-temperature extreme working conditions; on the other hand, even if the fluid is corrosive or toxic, it can play the role of fastening and sealing against leakage, which can avoid more polluting substances from the power station from being discharged into the atmosphere and save production costs for the factory. All kinds of fluid components, complete sets of instrument equipment and customized products provided by us have the magic weapon to cope with different tests of the power station. They can provide the most stable assistance and protection to the system.

Flow control valve solutions for power generation

At Jewellok, we specialise in designing and manufacturing power plant valves for various applications within the energy sector. Our bespoke valves enhance efficiency, reliability, and sustainability across power plants. Our innovative technologies support the transition from fossil fuels to renewable energy, with expertise in CHP, coal, gas, nuclear, solar, wind, hydrogen and more.

Power plant valves for the energy transition

We recognise that while renewable power is on the rise, the transition from fossil fuels to cleaner energy sources such as solar and wind power will take time. As a company with 10 years of expertise in the power sector, we are committed to enhancing the efficiency and operations of combined heat and power plants, coal and gas plants, and reducing their emissions. We are also proud to supply our leading valves to the growing renewable energy sector.

With over 100,000 of our valves installed in power plants worldwide, we offer you unrivalled know-how, expertise, and 24/7 support through our field service specialists, manufacturing plants, and service centres located around the world. Our values are grounded in supporting a cleaner and more sustainable energy future for all.

Power generation relies heavily on valves. The types of valves used in power plants are typically widely varied, as each one takes on a different role. In a conventional thermal power plant set-up, the valves used in power plants can include:

Safety Valves and Safety Shut Off Valves
These valves used in power plants work to prevent over-pressuring, to keep people, the plant, and the environment safe.

Shut Off Valves
Also known as isolation valves, these are usually ball valves, gate valves, and butterfly valves. They stop process media from moving to a location and help control its path.

Control Valves
These valves control conditions within a power plant, like flow, pressure, temperature, and liquid. Many are ball or globe valves, allowing for throttling as well as shut-off.
All of these valves are frequently used. Many are frequently switched on and off, adding more stress to the system. To be thermally efficient, power plants are putting their valves through more pressure, heat, and usage.

When valves cannot stand up to the harsh conditions of power plants, they fail in numerous ways. Leaks, seat erosion, valve seizure, and shut-off failures are common issues that can present big problems.

To operate at peak capacity, a power plant relies on never-ending quality performance from every piece of equipment, all the way down to valves. Even the valves that are not used as frequently need to be working perfectly when the time calls for an emergency shut-off or similar action. While valves are small, their impact is huge. Any issues with a valve can lead to downtime, troubleshooting, the need for repair and replacement, and a whole lot of stress.

Valve replacement also adds up with other costs. Equipment has to be disassembled, then reassembled. There are costs for the staff and resources needed to manage your valve inventory control. And there may be a cost for the environmental impact of disposing of discarded valves. That is all on top of the added costs you face from personnel overtime and the revenue loss from the plant having to shut down even temporarily.

Jewellok Valves Used in Power Plants

In such a critical environment as a power plant, lower quality valves simply will not do the job. They may cost less in the short-term, but when you are looking at all of the associated costs that go along with replacement — the valve, the labor, the shutdown, and so on — that cheap valve has suddenly turned into a very expensive investment.

Even when low-quality valves do not fail, they can wreak a lot of havoc. Typical valves used in power plants often do not work as well in humidity, leading to filter bag clogs. Leaks turn into disposal and vacuum reduction, which in turn results in reduction in plant efficiency, higher maintenance costs, and an overall loss of profits.

The good news is that there’s a solution. Our Jewellok valves will replace any valves used in power plants. Our power plant valves are the ideal replacement for knife-gate valves, slide-gate valves, and metal-seated ball valves, and more.

If you do not see your conventional valve type listed, rest assured that our experienced, qualified team can design and manufacture an Jewellok valve to your specifications. Our team is happy to visit your site to learn more about your specific power plant and its needs, using those details to custom-build the perfect valve for you.

Our valves work for years, and even decades, without the need for maintenance or repair. They resist all of the harsh conditions found in power plants, including erosion, abrasion, and high temperatures. They do all of this without the risk of breaks, leaks, or jamming.

Our Jewellok valves, used in power plants, work well for your applications thanks to their revolutionary design. Built with a self-lapping, rotating disc, open-body functionality, the valves polish themselves of any debris or scratches, making the valve seal tighter with every pass. The more you put our valves through the paces in your critical power plant operations, the more efficient they become. It’s the complete opposite of the typical types of valves used in power plants, which wear out and break down with use.

Investing in our valves means you are investing in the longevity, success, and profitability of your company. In today’s competitive world, when businesses are doing all that they can to get ahead of the competition and stay there, give yourself an advantage with Jewellok Valves.