| a) Calculating the costs and financial benefits of a refrigerant leakage reduction programme | | | |
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| b) How to audit compliance with F Gas and ODS Regulations | | | |
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| c) Calculating the CO2 equivalent emissions from refrigerant leakage | | | |
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| d) Making the environmental case for reducing leakage | | | |
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| e) Making the business case for reducing leakage | | | |
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| f) How to develop a proactive (instead of reactive) approach to refrigerant management | | | |
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| g) How to carry out site audits, prepare leakage risk reports and make recommendations to owners | | | |
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| h) Site audit follow up - verifying the impact of changes | | | |
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| i) Best practice methods for service and maintenance | | | |
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| j) How to prepare, maintain and make effective use of site records and F Gas logs to reduce leaks | | | |
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| k) Verifying efficient system operation and performance | | | |
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| l) Calculating the system charge and understanding the consequences of incorrect refrigerant charge | | | |
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| m) What to look for when inspecting older equipment | | | |
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| n) The selection, use, calibration and maintenance of portable leak detectors | | | |
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| o) The advantages and disadvantages of different leak detection methods and when to use indirect leak testing | | | |
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| p) The use of fixed leak detection systems | | | |
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| q) How to specify new equipment to minimise potential for leakage | | | |
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