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Steam Solutions and the best steam equipment

Everything for a reliable and energy-efficient steam plant

KLINGER Steam Solutions
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Results:

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Troubleshooting

Get more out of your steam system

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Product Advisory

The right component for the right application

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Product Overview

fluid control equipment steam and condensate systems (steam equipment)

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Training and education

The power of knowledge

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Services

Audits, surveys and solutions

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Steam trap surveys

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Reports

from Armstrong International

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Audits

KLINGER SteamSteam Trap

  • SAGE data base, losses quantify
  • Collecting information in the field
  • Supplemental advisory report with comments steam & condensate system.

Trouble Shooting

Research steam & condensate optimization - KLINGER Walk Trough

Armstrong Audit often steam and condensate systems 

Armstrong Thermal Assessment of the cold & heat flows

  • possibly in combination with/ followed by Pinch Analysis
  • possible feasibility studies /Circular Thermal/Heat Pump

Armstrong De-carbonization Study (Minimize, Optimise, DeCarbonise)

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Frequently asked questions (FAQ)

What type of valve is suitable for steam and condensate systems?
This depends on various factors such as: pressure, temperature, leakage class and quality of steam and the number of actuations. One can think of a Piston valve, ball valve, valve/bellow valve, butterfly valve and finally various applications with Double Isolation and Bleed. People also often search on words such as steam valves, steam ball valves, steam butterfly valves, steam gate valves, steam bellows valves, steam specialist.
What is the function of a Steam Trap?
A Steam Trap primarily Steam Trap steam from escaping. Steam Trap can also Steam Trap used to drain condensate from a steam line, heat exchanger, tracing line, or other application. Finally, they can also be used to vent non-condensable gases.
Why Steam Traps ?
Regular inspection of Steam Traps of the utmost importance. If a Steam Trap , it Steam Trap have negative consequences for your steam and condensate system and your processes. A Steam Trap typically Steam Trap by leaking or becoming clogged, each with its own set of consequences. The service life of Steam Traps greatly (from a few weeks to several decades). This depends on quality, but even more so on installation method and external factors. If the average service life is 10 years, a 10% failure rate per year can be expected. Various organizations recommend at least an annual inspection (including UNFCC - AM0017). Ask KLINGER advice and a proposal for an inspection.
How do you recognize water hammer?
Water hammer can be recognized by a ticking sound or even heavy knocks in the installation. These water hammerings can occur in various places in the installation.
What types of Steam Traps there?
Divided by operating principles, there are the following types: Float (Float and Thermostatic), Inverted bucket, Thermostatic (bimetal/bellow) and Thermosdynamic et al. Attend one of our Steam and Condensate training courses to extend your knowledge in this area.
What are trap valve stations?
Trap Valve Stations, also known as condensate collection stations, ensure that Steam Traps can be Steam Traps shut off, maintained, and put back into service.
Can overheated steam in heat exchangers lead to efficiency losses?
Overheated steam transfers its heat less effectively, causing processes to consume more energy than necessary. The result: lower efficiency and higher operating costs. By better matching steam conditions to the application, significant gains can often be achieved without major modifications to the installation.

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Contact

For more information about our steam solutions, please contact:

team member

Demian Nouwens

Product Specialist Energy Management, Steam Solutions

team member

Robin Bevaart

Product Specialist Steam Solutions