CHEMICAL AND LIFE SCIENCES - Singapore Polytechnic
CHEMICAL AND LIFE SCIENCES - Singapore Polytechnic
CHEMICAL AND LIFE SCIENCES - Singapore Polytechnic
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SCHOOL OF Chemical and life sciences<br />
State-of-the-art facilities complement qualified and experienced staff.<br />
Detector, Water Vapour Transmission<br />
Rate Detector, Corrugated Crush Tester,<br />
Headspace Analyser, Video Can Seam<br />
Monitor System and Tabletting Press &<br />
Blister Packaging Machine. Students’<br />
innovative prototypes of food packaging<br />
design are also displayed in the laboratory.<br />
The Plant Tissue Culture Laboratory<br />
has facilities for plant tissue culture<br />
work, with protoplast fusion equipment,<br />
an inverted microscope with a video<br />
attachment, laminar flow cabinets,<br />
controlled growth chambers and a clean<br />
room. Plant grow-out and plant nursery<br />
facilities are also available.<br />
The Polymer Characterisation<br />
Centre has a wide range of equipment<br />
for testing and characterisation of<br />
polymers, e.g. tensile testing, abrasion<br />
testing, melt flow index, impact strength<br />
testing, differential scanning calorimeter,<br />
thermogravimetric and thermomechanical<br />
analysers, dynamic mechanical analyser,<br />
torque rheometer, rheoscope and<br />
micro-FTIR.<br />
The Polymer Chemistry Laboratory<br />
provides facilities to carry out the various<br />
polymerisation reactions. Equipment<br />
available includes Gel Permeation<br />
Chromatograph, High Performance Liquid<br />
Chromatograph, Osmometer, High Speed<br />
Stirrer and Viscometers.<br />
The Polymer Processing Laboratory<br />
and Injection Moulding Centre<br />
house a wide range of equipment for<br />
the processing of plastics and rubber,<br />
e.g. integrated injection moulding, blow<br />
moulding, blown film extrusion, twin screw<br />
compounding, vacuum forming, multi-layer<br />
extrusion and material formulation.<br />
The Process Automation and<br />
Control Laboratory houses a full range<br />
of instrumentation. The laboratory provides<br />
hands-on experience on standard Process<br />
Instrumentation and Control Systems,<br />
e.g. sensors, transmitters and transducers;<br />
control of flow, level, pressure and<br />
temperature; PID controllers and control<br />
valves. Students are exposed to control<br />
strategies for pilot plant operations, e.g.<br />
process dynamic studies; feedback control;<br />
ratio control; cascade control; split range<br />
control; controller tuning. The laboratory<br />
also houses various pump circuits and a<br />
mixing pilot plant. Students get to study<br />
the operating characteristics and power<br />
requirement for the different pumps, and<br />
the effect of different impeller designs on<br />
mixing efficiency.<br />
The Reaction & Environmental<br />
Engineering Laboratory hosts<br />
the Reaction Engineering practicals with<br />
various chemical reactor pilot plants such<br />
as the jacketed chemical reactor featuring<br />
PC-based control system, continuous<br />
stirred tank reactor (CSTR), a plug flow<br />
tubular reactor (PFTR) and a pharmaceutical<br />
reaction unit with associated ultra-pure<br />
water production system. The laboratory<br />
is also home to several membrane-based<br />
pilot plants including a reverse osmosis unit,<br />
electrodialysis unit, and a cross-flow flux<br />
characterisation unit. The laboratory also<br />
houses final year student projects including<br />
a solid-liquid pharmaceutical crystal<br />
separator, a crystallisation unit and a duplex<br />
filtration system with clean-in-place facility.<br />
The Solarium has facilities for studying<br />
plant cultivation by solution culture, e.g.<br />
hydroponics and aeroponics, for both<br />
tropical and temperate plants.<br />
The Trace Analysis Laboratory<br />
provides facilities for trace analysis of<br />
ultra-pure reagents and gases. Instruments<br />
available include the ICP-MS, a GC-MS<br />
equipped with a headspace accessory,<br />
FTIR, and a Total Organic Carbon Analyser<br />
for the determination of both organic and<br />
inorganic carbon in water.<br />
The Vision Science Centre was<br />
completed in 2007 to incorporate the stateof-the-art<br />
training facilities for the Diploma<br />
in Optometry course, and to introduce a<br />
fresh approach to clinical teaching. The<br />
list of extensive facilities includes Clinical<br />
Optometry Learning Centre, Ophthalmic<br />
Dispensing Learning Centre and Vision<br />
Science Laboratories.<br />
<strong>Singapore</strong> <strong>Polytechnic</strong> Prospectus 2008/2009 123