
This video talks about overall content of the series of Energy Saving in Steam Distribution System. It also narrates about why steam is popular substance for Industrial heating applications and some applications of Steam in Industry.
Explore the basics of steam, including sensible and latent heat, water-to-steam conversion, direct and indirect heating, and key applications like atomization, cleaning, and humidity control in steam distribution systems.
Size steam pipes and design a loss-minimizing distribution layout. Analyze steam traps, including inverted bucket and float-type, to boost efficiency.
Explore how to save energy in steam distribution systems by identifying leaks, optimizing traps, and recovering condensate, while using dry steam and insulation to maximize efficiency.
Learn to compute steam turbine energy output and pipe and tank insulation effects using free DOE software, exploring insulation materials, and cost-saving performance calculations.
Evaluate a steam distribution system by comparing baseline and test runs to see how boiler efficiency, blowdown, flash steam, condensate recovery, and turbine configurations affect performance.
This course is about Energy conservation in steam and steam distribution system, It starts with industrial applications of steam and goes forward with design aspects of steam distribution system. Different types of steam traps are explained at length with animations. Possible losses of steam distribution and how to handle them comes next in the list and course ends with design guidelines for steam distribution and troubleshooting and checklist. This 2 hr course is very useful to industry people who are dealing and auditing steam system. DOE Software measure is demonstrated to calculate insulation type and thickness, superheated and saturated steam properties, stack loss, header loss, pressure reduction valve loss, flash chamber loss etc.
Benefits of the course
· Why Steam is as heating source in process Industry?
· List of Industrial application of steam
· Design aspects of good Steam Distribution System
· Different types of steam traps
· Possible losses in Steam Distribution System
· How to save energy by reducing heat loss?
· Energy Saving methods and Design Guidelines for Steam Distribution System
· Troubleshooting and Checklist
Software for boiler assessment
Software for steam quality, stack loss, insulation and many more
The course is beneficial to those who are working as thermal design engineer, Energy consultant, Energy auditor and Power plant operators