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Energy Solutions

For safe and efficient production

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Customer Case Studies

Browse our products by application

From power generation to reliable distribution

Heat is one of the most important forms of energy in the energy transition.

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Heat and Energy Distribution Systems

Designed to last for decades

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Engineering from the very first sketch

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Power Generation for Manufacturing Companies

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New Energy

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Products for the Energy Transition

The Right Components for Every Application

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Why choose KLINGER Energy Solutions?

Working Together on the Energy Transition

Contact

For more information about our products and services for the energy industry, please contact:

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Klaas Doting

Senior Application Specialist

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Demian Nouwens

Product Specialist Energy Management, Steam Solutions

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Boudewijn Slager

Product Specialist Fluid Control

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Guido Overdijk

Junior Product Specialist Fluid Control

Frequently Asked Questions

What is a heat distribution system?
A distribution system transports heat from a central heat source to homes, commercial buildings, or industrial facilities. In district heating systems, a distribution system typically consists of a primary and a secondary distribution network. The primary distribution network transports heat at high temperatures and high pressures over long distances. The secondary distribution network safely distributes the heat to end users.
What is the difference between primary and secondary heat distribution?
The primary distribution system consists of underground transmission pipelines that transport heat over long distances. These pipelines operate at high temperatures and pressures and require high-quality components with a long service life. The secondary distribution system is located closer to the end user. Here, heat is distributed to buildings and homes via heat exchangers and distribution pipes. These systems typically operate at lower temperatures and pressures.
Why are the right components so important in a district heating network?
Heat networks are designed to last more than 25 years. In underground distribution systems in particular, malfunctions can lead to costly repairs, excavation work, and downtime. By selecting high-quality fluid control equipment, valves, seals, hoses expansion joints starting from the engineering phase, the reliability of the entire system expansion joints significantly increased.
Which valves are best suited for district heat?
The KLINGER Ball Valves Type KHI are ideal for applications in modern district heating networks. They meet the most stringent current standards according to NEN-EN488:2015 and are ready for future standards regarding tensile strength, compressive strength and bending stress. Their unique sealing system is one of their key features. In the closed position, the welded test and drain valve allows the valve to be easily depressurized. In addition, there is an automatic pressure release when pressure rises, allowing the ball valve to be tested inline for tightness, offering a significant advantage. The KLINGER ball valve type Monoball KHO is also prepared for the future and specially designed for the toughest conditions your heat network must perform under. This valve is pre-insulated and EN488 certified.
When is KLINGER involved in an energy project?
KLINGER supports customers throughout various project phases. • During the engineering phase, providing advice on component selection and system design. • During the construction of new installations. • For the maintenance and optimization of existing distribution systems. • For modernization resulting from new technologies or changes in laws and regulations.
What products does KLINGER supply KLINGER the energy transition?
KLINGER a comprehensive range of products for heat and energy distribution, including: • valves • industrial fluid control equipment seals • industrial hoses expansion joints control valves for specific applications such as hydrogen. These solutions are used in district heating, geothermal energy, hydrogen, biomass, waste heat, and other New Energy projects.
Which industries does KLINGER serve?
KLINGER serves among others: • engineering firms • OEMs • skid builders • energy companies • manufacturing companies • heating companies • contractors involved in the energy transition.
What do we mean by "New Energy"?
New Energy encompasses new and sustainable energy applications that contribute to the energy transition. Examples include hydrogen, electric boilers, geothermal energy, biomass, heat storage, energy storage batteries, and the reuse of waste heat. These applications place high demands on materials, safety, and reliability.
What role does KLINGER play within New Energy?
KLINGER supports companies in the development and implementation of New Energy projects by providing technical advice and high-quality components. Thanks to our many years of experience with industrial applications, we help customers select materials that can withstand high temperatures, high pressures, and challenging media.
Why is district heating important?
District heating makes it possible to use renewable heat sources more efficiently. By generating heat centrally and distributing it via district heating systems, emissions are reduced and available energy is used optimally. District heating therefore plays an important role in achieving national and European climate goals.
What challenges are associated with hydrogen applications?
Hydrogen places high demands on materials due to its small molecular size, high pressures, and specific chemical properties. Therefore, specially selected valves, seals, hoses other components are necessary to ensure safety and reliability.
What is Circular Thermal?
Circular Thermal involves reusing residual heat from industrial processes or other heat sources. Instead of allowing heat to go to waste, it is reused for heating or industrial applications. This increases energy efficiency and reduces CO₂ emissions.
Why do engineering firms choose KLINGER?
Engineering firms choose KLINGER its combination of technical expertise, product specialization, and practical experience. By collaborating on component selection and system reliability as early as the design phase, we help minimize risks and extend the service life of installations.

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