 Task
List
 The
following is a list of some tasks undertaken:
1. Design of liquid and gas nitrogen cooled
heat exchangers to cool and condense volatile organic components
(VOC's) in an incondensable gas stream.
2. Design of liquid and gas nitrogen cooled
heat exchanger to cool liquids to -95°C at 150 kW.
3. Design of heat exchangers and pumping sets
for helium refrigerator systems operating at approximately
2.2 K and 50 mbar.
4. Design of exhaust cryogen heat exchangers
to raise cryogens to ambient temperature using electrical
or steam heating to prevent vapour plumes of ice build-up.
5. Design of cryogenic current leads supplying
a superconducting magnet at 3 250 Amps.
6. Design of a low loss cryostat for a superconducting
magnet with a low heat load such that a 200 litre helium fill
will last for one year.
7. Design and technical support in the construction
of a closed loop helium refrigeration system operating at
4.5 K and 450 W.
8. Development of the sales methodology and
computer aided tools to assist the selling process of VOC
abatement systems.
9. Technical sales of VOC abatement systems.
10. Design, project management and commissioning
of VOC abatement systems.
11. Design, project management and commissioning
of petrol recovery systems.
12. Design of liquid nitrogen cooled systems
to increase the output of the conventional refrigeration equipment.
13. Design and manufacture of liquid nitrogen
cooled helium gas circulation systems to cool superconducting
magnets.
14. Development and design of freeze drying
equipment for continuous production process of pharmaceutical
products.
15. Manufacture and supply of PLC (Programmable
Logic Controller) systems to control a 2 K refrigeration system
for superconducting magnets.
16. Cryostat design for large superconducting
magnets.
17. Development of the specification for PLC
(Programmable Logic Controllers) for automated cryogenic systems
operating at 1.4 K
18. Development of the specification for PLC
(Programmable Logic Controllers) for automated cryogenic systems
operating at 150 K and 90 kW.
19. Valve sizing for two phase flow at cryogenic
conditions.
20. Pipeline sizing for low heat load closed
loop cryogenic systems.
21. Design of vacuum insulated cryogenic valves.
22. Chairing HAZOP (HAZard and OPerability)
studies.
23. Training in cryogenic technology including
cryostat design, helium refrigerators, heat exchanger design,
pipeline design and valve sizing.
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