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1. Bonus Lesson.mp4
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MP4
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30 MB
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1. Course Summary.mp4
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MP4
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37.2 MB
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1. How Motors Use Energy.mp4
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MP4
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163.2 MB
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1. Introduction to Compressed Air Systems.mp4
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MP4
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281.5 MB
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1. Introduction to Refrigeration.mp4
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MP4
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216.2 MB
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1. Introduction to Steam.mp4
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MP4
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294.3 MB
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1. Introduction.mp4
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MP4
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41.1 MB
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1.1 A basic overview of the different types of compressed air quality.html
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HTML
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204.8 B
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1.1 AC Motors General Principles of Operation (Motors And Drives).html
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HTML
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204.8 B
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1.1 Ammonia – single stage, two stage compound, two stage cascade.html
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HTML
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102.4 B
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1.1 Economizer for a solid fuel boiler.html
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HTML
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102.4 B
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1.1 Introduction to Energy Efficiency in Industrial Systems - Course Summary.pdf
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PDF
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417.2 KB
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1.10 Superheated steam calculator.html
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HTML
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204.8 B
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1.10 Types of Air Compressors (128).html
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HTML
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102.4 B
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1.11 Thermodynamic disk trap animation.html
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HTML
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102.4 B
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1.11 What are air dryers.html
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HTML
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102.4 B
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1.12 Water tube boiler animation.html
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HTML
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102.4 B
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1.2 Comparison between a piston and rotary screw air compressor (246).html
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HTML
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102.4 B
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1.2 Different types of motors and their use – simple overview.html
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HTML
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102.4 B
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1.2 Electric steam boiler animation.html
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HTML
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102.4 B
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1.2 Energy Efficiency Opportunities in Industrial Refrigeration.html
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HTML
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204.8 B
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1.2 Introduction to Energy Efficiency in Industrial Systems Certificate.html
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HTML
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204.8 B
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1.3 Compressed Air Aftercoolers.html
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HTML
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102.4 B
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1.3 Electric Motor Types - A Complete Overview.html
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HTML
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102.4 B
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1.3 Engineered Industrial Refrigeration Systems. Comprehensive review of refrigeration systems, dated 2008, but reflecting knowledge current as of 1995. Whilst this document is dated, many of the principles presented are still relevant..html
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HTML
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204.8 B
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1.3 Fire tube boiler animation.html
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HTML
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102.4 B
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1.3 Sustemy Website.html
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HTML
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102.4 B
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1.4 Compressed Air Fact Sheet (Compressed Air Association of Australasia).html
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HTML
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204.8 B
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1.4 Electromagnetism - Magnetic Force The Four Fundamental Forces of Physics.html
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HTML
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102.4 B
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1.4 Float and thermostatic steam trap.html
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HTML
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102.4 B
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1.4 Industrial refrigeration energy efficiency best practice guide.html
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HTML
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102.4 B
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1.5 Compressed air sourcebook, US Department of Energy.html
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HTML
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204.8 B
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1.5 How to calculate the true cost of steam, US DOE.html
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HTML
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102.4 B
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1.5 Low Ammonia Charge Refrigeration Systems for Cold Storage.html
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HTML
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102.4 B
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1.5 Types of Single Phase Induction Motors.html
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HTML
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102.4 B
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1.6 Compressed Air Systems, Indian Bureau of Energy Efficiency.html
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HTML
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102.4 B
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1.6 Improving steam system performance.html
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HTML
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102.4 B
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1.6 Low charge ammonia systems.html
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HTML
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102.4 B
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1.6 What’s the Difference between AC, DC, and EC Motors.html
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HTML
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204.8 B
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1.7 How a pneumatic system works (811). This traces air through from compression to where it is used to move an actuator.html
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HTML
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102.4 B
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1.7 Inverted bucket steam trap animation.html
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HTML
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102.4 B
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1.8 How to choose an in-line filter for your compressed air system.html
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HTML
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204.8 B
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1.8 Saturated steam calculator.html
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HTML
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102.4 B
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1.9 Proportion of energy used by refrigerant dryers in a compressed air system.html
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HTML
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102.4 B
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1.9 Steam systems in industry Energy use and energy efficiency improvement potential.html
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HTML
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102.4 B
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2. Compressed Air Efficiency and Opportunities.mp4
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MP4
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230.1 MB
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2. Motor Efficiency And Opportunities.mp4
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MP4
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154 MB
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2. Refrigeration Savings Opportunities.mp4
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MP4
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102.6 MB
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2. Steam Energy Efficiency and Savings Opportunities.mp4
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MP4
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272.8 MB
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2.1 A method of leak detection by measuring the difference between the coil temperature and the incoming air temperature.html
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HTML
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204.8 B
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2.1 Alternatives to steam.html
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HTML
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102.4 B
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2.1 Amazing Energy Savings Of FridgeWize EC Motors and FC Motor Controller.html
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HTML
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102.4 B
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2.1 Apply the EE Hierarchy to Compressed Air.docx
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DOCX
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250.3 KB
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2.10 Motors for efficiency Permanent-magnet, reluctance, and induction motors compared.html
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HTML
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204.8 B
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2.10 Steam trap testing and monitoring.html
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HTML
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102.4 B
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2.10 Using an ultrasonic leak detector.html
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HTML
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102.4 B
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2.11 Power quality issues – Harmonics.html
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HTML
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102.4 B
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2.11 The soot and scale problem.html
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HTML
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102.4 B
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2.12 Premium efficiency motor selection and application guide (US Department of Energy).html
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HTML
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102.4 B
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2.12 What’s in a modulating burner.html
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HTML
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102.4 B
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2.13 Switched reluctance motor.html
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HTML
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102.4 B
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2.14 Use this website to compare motors from different manufacturers.html
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HTML
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102.4 B
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2.15 Using a stroboscopic tachometer to determine rotational speed.html
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HTML
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102.4 B
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2.2 Automatic monitoring of steam traps.html
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HTML
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204.8 B
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2.2 Compressed air systems, emerging efficiency improvements and alternate technologies.html
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HTML
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102.4 B
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2.2 Determining Electric Motor Load and Efficiency (for induction motors).html
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HTML
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102.4 B
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2.2 Industrial Refrigeration Guide, strong focus on optimizing controls.html
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HTML
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204.8 B
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2.3 Boiler economizer.html
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HTML
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102.4 B
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2.3 EC fan upgrade for air-handling unit - ebm-papst.html
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HTML
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102.4 B
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2.3 Four areas to look for savings in compressed air systems.html
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HTML
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204.8 B
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2.3 Leak prevention and repair, US EPA.html
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HTML
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102.4 B
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2.4 Boiler flue gas measurement and boiler tuning.html
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HTML
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102.4 B
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2.4 Electric motor and variable speed drive testing (by a testing product supplier) – quite detailed.html
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HTML
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102.4 B
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2.4 Heat recovery from air compressors.html
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HTML
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102.4 B
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2.4 SV Best Practice Guide Industrial Refrigeration.html
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HTML
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102.4 B
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2.5 Boiler flue gas measurement and boiler tuning (2).html
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HTML
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102.4 B
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2.5 Guide to low voltage motor testing (by a testing product supplier).html
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HTML
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102.4 B
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2.5 I am your Compressed Air Guide Low capital cost, simple solutions to improve the efficiency of your compressed air system..html
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HTML
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102.4 B
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2.6 Combustion air preheater.html
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HTML
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102.4 B
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2.6 High-efficiency motors and sustainability (A hard to read article, but with some useful graphs and and information).html
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HTML
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102.4 B
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2.6 Improving Compressed Air System Performance, Department of Energy. This is a detailed guided to compressed air systems and efficiency opportunities..html
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HTML
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204.8 B
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2.7 Electric or steam powered condensate pumps.html
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HTML
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102.4 B
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2.7 IEC Motor efficiency standards.html
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HTML
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102.4 B
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2.7 Managing Pressure Regulator Artificial Demand.html
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HTML
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204.8 B
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2.8 General guides to energy efficiency in steam systems.html
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HTML
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102.4 B
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2.8 Install Energy Efficient Evaporator Fan Motors (Walk-In Refrigeration).html
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HTML
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102.4 B
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2.8 See table 1 of this article on compressed air basics.html
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HTML
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102.4 B
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2.9 Loaded question How much do you know about motor load.html
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HTML
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102.4 B
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2.9 Steam pressure reduction.html
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HTML
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102.4 B
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2.9 Turndown and consequences on efficiency for variable speed screw compressors.html
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HTML
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204.8 B
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3. Electric Motor Sankey Diagram.mp4
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MP4
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146.4 MB
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3. Refrigeration System Sankey Diagram Review.html
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HTML
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307.2 B
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3. Sankey Diagram for Compressed Air.mp4
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MP4
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99.9 MB
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3. Steam System Sankey Diagram.mp4
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MP4
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175.8 MB
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3.1 Premium Efficiency Motor Selection and Application Guide, US Department of Energy.html
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HTML
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102.4 B
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3.2 Understanding pump curves 4 variable speed – the answer to all your prayers.html
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HTML
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204.8 B
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4. Your Turn to Develop a Business Case for a Compressed Air Project.mp4
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MP4
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77.2 MB
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4. Your Turn to Develop a Sankey Diagram for Motors.mp4
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MP4
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27.8 MB
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4. Your Turn to Try by Developing and Energy Efficiency Hierarchy for Steam.mp4
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MP4
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20.7 MB
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4. Your turn to try by developing and Energy Efficiency Hierarchy for Refrigeration.mp4
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MP4
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29.5 MB
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4.1 Apply the EE Hierarchy to Refrigeration.docx
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DOCX
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239.9 KB
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4.1 Apply the EE Hierarchy to Steam.docx
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DOCX
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253 KB
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4.2 HospitalSteamSchematic.PNG
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PNG
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95.8 KB
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5. Compressed Air Business Case Solution.mp4
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MP4
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65.9 MB
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5. My Energy Efficiency Hierarchy for the Example Hospital Steam System.mp4
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MP4
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57.7 MB
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5. My Energy Efficiency Hierarchy for the example supermarket refrigeration systems.mp4
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MP4
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68.1 MB
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5. Sankey Diagram Solution for Motors.mp4
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MP4
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84.2 MB
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5.1 Hospital Steam EE Hierarchy.docx
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DOCX
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265.4 KB
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5.1 Supermarket Refrigeration EE Hierarchy.docx Trial Retrofit of Doors on Open Refrigerated Display Cabinets.html
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HTML
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204.8 B
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6. Compressed Air Opportunity Summary.mp4
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MP4
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20.4 MB
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6. Motor System Opportunity Analysis Summary.mp4
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MP4
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36.6 MB
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6. Refrigeration Opportunity Analysis Summary.mp4
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MP4
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14 MB
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6. Steam System Opportunity Analysis Summary.mp4
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MP4
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25.7 MB
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6.1 Apply the EE Hierarchy to Compressed Air.docx
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DOCX
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250.3 KB
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6.1 Apply the EE Hierarchy to Motors.docx
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DOCX
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249.4 KB
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Bonus Resources.txt
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TXT
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409.6 B
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Get Bonus Downloads Here.url
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URL
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204.8 B
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