Steam is an incredible heat transfer medium and, it’s come a long way from its traditional associations with locomotives and the Industrial Revolution. Today it’s an integral, clean and essential part of modern technology. Without it, our food, textile, chemical, medical, power, heating and transport industries could not exist or perform as they do.
Did you know that every kilogram of steam contains around 2200 KJ of condensable energy? That’s 26 times more usable energy than a kilogram of water in a typical heating system based on flow and return temperatures with a delta of 20oC!
Steam is easy to distribute and when its work is done, it is simply water – reassuring to know in our environmentally conscious world.
Steam is a reliable and more importantly, sustainable energy source. An efficient steam system targets the demands of your industrial processes, including improvement requirements for energy-saving, environmental performance, safety or regulatory compliance.
For your plant to operate effectively, steam should be delivered:
In the correct quantity
At the correct pressure and temperature
Clean, dry, and free from air and other non-condensable gases (NCGs)
Good quality steam will help you to get the best out of your applications and processes. Heating water, cooking food, drying garments, curing tyres, delivering power, or any application where steam is applied, will require steam to perform efficiently and effectively.
For steam to perform at its optimum level, the steam must be dry with a minimal amount of entrained moisture and free from NCG's. As mentioned earlier, the steam must also be delivered at the optimum pressure and temperature.
Good quality steam ensures correct process control, short warm-up times, and maximum productivity. Using good quality steam also minimises the amount of steam used. Less steam used equates to lower running costs and reduced CO2 emissions. This can also affect the longevity and reliability of the plant. Again, in an increasingly, environmentally conscious world, reducing our footprint on the earth couldn’t be more crucial.
While steam is a very forgiving medium, you need to start with a strong platform for your success. Steam doesn’t function at its best without every level of the process being in check before it comes into play. You’ll need to have a well-designed system and the correct skills to maintain. Your system needs to be efficiently managed to ensure your productivity and sustainability targets are achieved.
Yes, the beans. To help achieve their sustainability targets, our customer Heinz reduced their carbon emissions on their Wigan site by 200 tonnes per year. How? Simply, by improving the management of their steam system. But their success doesn’t stop there, Heinz predict to slice more than 4% of its energy consumption in the next three years after introducing a steam trap management plan, with the help of a team of steam experts.
So, what can we take away from this? Steam is simply water - clean and environmentally friendly when managed correctly. Regular maintenance of your steam systems could help you to make big sustainability improvements and do your bit to help our planet. If you have net zero or carbon reduction targets, then maintaining the quality of your steam and steam systems is a fantastic place to start.
Steam is an incredible heat transfer medium. Every kilogram of steam contains around 2200 kj of condensable energy. That’s 26 times more usable energy than a kilogram of water in a typical heating system based on flow and return temperatures with a delta of 20oC.
Are you using the correct grade of steam in your process? Using an inappropriate grade of steam for your process(es) can be a source of contamination.
Operating an energy efficient steam system does not mean compromising on performance. By working together, we can help you to reduce costs and carbon emissions and meet sustainability targets.
Surveys cover a wide range of equipment including steam traps, high limit control equipment and condensate pumps. Each survey first measures your system's current efficiency and identifies areas of improvement and the potential savings to be gained.
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