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The suitability of two mesoporous silica materials, SBA-15 <strong>and</strong> MCM-48, as an inert<br />
ibuprofen carrier <strong>for</strong> a drug delivery system has been investigated. In order to<br />
determine the most suitable drug carrier, ibuprofen was adsorbed on both materials<br />
then released into solutions replicating the stomach, duodenum <strong>and</strong> small intestine.<br />
This project mainly involves laboratory test <strong>and</strong> data analysis where students will get<br />
an opportunity to underst<strong>and</strong> the material properties <strong>and</strong> their potential application in<br />
chemical process industries.<br />
Example 2<br />
Final year research project: BEng/BSc (Applied Chemistry or Extractive<br />
Metallurgy)<br />
Title: Top-of-the-Line Corrosion in CO2 Rich Gas Lines<br />
This research involved mainly of doing tests with inhibitors <strong>for</strong> corrosion under<br />
immersed <strong>and</strong> also under simulated conditions of pressure <strong>and</strong> temperatures. It<br />
requires a chemistry background on the mechanisms of carbon dioxide corrosion,<br />
TOL corrosion. The effectiveness of amine TOL inhibition was investigated by the<br />
use of various amines <strong>and</strong> examined through monitoring the corrosion rate under<br />
different conditions. This requires a certain laboratory skill which would be essential<br />
<strong>for</strong> both engineering <strong>and</strong> science (blend of chemistry <strong>and</strong> mineralogy) student.<br />
Again, this project also requires data analysis skill <strong>and</strong> assists students with their<br />
learning experiences with projects having cross-disciplinary boundaries.<br />
Example 3<br />
Final Year Design Project 1: BEng/BSc (Applied Chemistry)<br />
Title: Natural Gas & Condensate Separation Plant Design<br />
This project is to design a medium scale plant to generate natural gas <strong>and</strong><br />
condensate from feed gas stream that is high in nitrogen content. The process<br />
involves distillation <strong>and</strong> pre-treatment of impurities. In the method selection, it<br />
requires a systematic comparison of different sorts of separation technology from<br />
Chemical Engineering point of view. At the same time, it also needs to identify the<br />
likely cause of the investigated problems using the knowledge of Process<br />
Chemistry. This knowledge is required in the choice of amine solvent to remove<br />
CO2 as well as finding the optimum amine circulation rate. The mechanisms of<br />
mercury removal, nitrogen removal, two phase separation are also related to basic<br />
chemistry.<br />
In terms of engineering, students need to look at the integration of process. First of<br />
all, they need to do preliminary calculations from mass/energy balances to obtain<br />
design characteristics. And then, they need to look at the detailed design of each<br />
component in the system, the materials of construction, the instrumentation <strong>and</strong><br />
control methodology <strong>for</strong> the unit, the startup/shutdown procedures <strong>and</strong> maintenance,<br />
etc.<br />
Example 4<br />
Final Year Design Project 2: BEng/BSc (Extractive Metallurgy)<br />
Title: Design of a Hybrid Leach Circuit <strong>for</strong> the Production of Mixed Nickel<br />
Appendix B: Examples of cross-disciplinarity at<br />
project partner universities 2