North and West Yorkshire (UK)
Webinar: Energy and Steam
- Date From 6th May 2021
- Date To 6th May 2021
- Price Free of charge, open to all.
- Location Online: 18:00 BST. Duration: 1 hour.
Overview
The energy content of steam, along with comparisons to LTHW, how to use steam efficiently for heat transfer, key heat transfer calculations, energy and control comparisons with other solutions, condensate management and its’ role in energy recovery, overall system efficiency and monitoring, the role of steam with various heat sources.
Learning Objectives: This is an entry-level presentation, aimed at those who may have never interacted with a steam system previously, or who may benefit from a refresher. This is also a good foundation for those considering moving on to the remaining seven topics on the subject of steam in our suite of presentations.
This webinar is aimed at:
- design engineers
- installing contractors
- project managers
- C&I engineers
- commissioning engineers
- quality engineers
- process engineers
- production managers
- utility engineers
- boilerhouse operators
- carbon, energy and sustainability managers
- health and safety managers.
You will gain a high-level understanding of how (un)reliable design, maintenance and operation of the steam generation system can impact on individual objectives.
Speaker
Daniel Wells, National Consultant Specialist, UK & ROI
Dan is the national consultant specialist for Spirax Sarco, providing educational; technical and commercial support for consultant design engineers; EPCs and contractors across the UK. Working closely with the Spirax Sarco’s area engineering and project teams, Dan has many years’ experience with a broad range of industrial applications, working across many engineering disciplines.
The material presented in this webinar has not been peer-reviewed. Any opinions are the presenter’s own and do not necessarily represent those of IChemE or the North and West Yorkshire Members Group. The information is given in good faith but without any liability on the part of IChemE.
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