This course is endorsed by Eskom DSM and the National Energy Efficiency Agency in the interests of saving electricity. It is designed to help engineers and technicians better understand how optimising both existing and new pumping systems will lead to reduced life cycle costs and major reductions in energy usage.
Presenters: Harry Rosen, John Tonkin
Venue: Ritz Pumps SA, Jet Park, Boksburg
Course Duration: 2 days
Earn 2 CPD points
Cost: R4 500 excl VAT
For details of venue and bookings please visit www.2kg.co.za or contact Phindi Mbedzi at phindi@2kg.co.za or on 011 325 0686
Course Content
A brief overview of centrifugal pump operation and the benefits of improved efficiency
Pump and system interaction and the total cost of ownership
Scope and opportunities for pump system optimisation
Improving the performance of existing pumping systems
Designing more efficient pumping systems.
Pumping System Energy Audit
Step by step instructions on how to go about performing your own pump audit
Based on material supplied under licence by the US Hydraulic Institute and Europump.
Highlight problem areas such as oversized pumps, cavitating or badly worn pumps, misapplied pumps, pumping systems with bypass flow, throttled control valves to provide fixed or variable flow rates, pumps with high maintenance requirements, noisy pumps or valves etc.
A Pre-screening Guide and Pump Audit Sheets will be supplied to each delegate.
Identifying the Appropriate Remedial Action
Understand the pumping system requirements
Pump selection considerations
Electric motor selection considerations
Maintain pumping system efficiency
Reducing pumping costs through pump system and motor analysis
Select the optimum pipe size, length and material, select types of fittings available, liquid type and optimize pump efficiency.
Installing EFF1 energy efficient motors and the benefits of variable speed drives vs throttling
Each user will receive a copy of the Pump and Motor Optimisation Tool (PMOT), developed by Eskom DSM, to assist in optimising their pumping systems