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Operating & Design CHANGE CATEGORY

Operating & Design features

Liquid hydrogen pump performance and durability testing

This experiment was conducted at Lawrence Livermore National Laboratory's hydrogen test facility.

 
A predictive maintenance system for a hydraulic pump

This project's goal was to predict the breakdown of a critical component in an injection moulding machine – a radial piston pump.

 

Accurate description of the quick and nonlinear change of the discharge flow rate in reciprocating multiphase pumps is difficult.

 

This study presents the design and experimental analysis of a thermal water pump coupled with a reverse osmosis desalination membrane.

 

Analysis of vibration issues with of BB5 coker charging pumps at a major oil refinery.

 

Two-phase flows (air/water) were investigated experimentally in a radial centrifugal pump.

 

The coupled rotor-dynamics issue is one of the most important research areas for multi-stage pump systems.

 

Preventing the tilting micro-motion of the rotating cylinder in an EHA pump is important for reducing wear and prolonging its lifetime.

 

Effects of mass flow rate and outlet pressure on the performance of three pumps were investigated.

 

A new approach to a rotodynamic pump design is presented.

 

This paper analyzes the influence of churning losses on the thermal-hydraulic model.

 

How one Dutch company is helping industrial plants prepare for the digital age.

 

Cavitation is a well-known phenomenon in hydraulic machines, but its influence on volumetric pumps has rarely been studied.

 

Artificial upwelling using airlift pumps is considered a sustainable way of realising ocean fertilization.

 

A thermofluidic pump driven by the engine coolant heat instead of electric energy was used to replace the mechanical pump.

 

This study analyzed the looseness failure between impeller and shaft.

 

Premature fracture failure of a boric acid pump shaft was studied by material inspection, macro and micro observation and mechanism analysis.

 

The surfactant effect on air/water flow in a multistage electrical submersible pump was studied.

 

A hydraulic pump degradation experiment was conducted to verify the proposed method.

 

Computational fluid dynamics was used to analyze the velocity field of the inflow and the pressure loading on the blades of reactor coolant pumps.

 
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Proposals to be submitted by 30 November.

 
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Sensor technologies

 
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Exhibition for HVAC, Pumps & Water Treatment