Employability In Action Assessment brief Layout/Presentation Aerial font with a double space between the sentences and paragraphs. Module Title Employability In Action Assessment Title in two parts Graduate Skills- Map &amp Reflection Graduate Action Plan Assessment Number (if relevant) 2 Assessment Type Individual written Restrictions on Time/Length +/- 10% 1,200 words + 10% Individual/Group Individual Mode of Submission Moodle Word count and grading 1,000 words +/- 10% Presentation 20% Structure/Layout 20% Reflective content 60% The assessment cover sheet must be completed and attached to your assessment Content The assessment is broken into two distinct parts You will reflect on the following headings ? The Branding exercise ? Group presentations (The Art of conversation is dead?) The reflection MUST cover the following ? Your preparation ? Your participation (deliverer of the talks) ? How did you feel during the public speaking? What did you learn about yourself? What needs to change so you become an effective public speaker? ? Your role within the group ? The feedback from the audience

Environmental Impacts of the Process Industries

Order Description
Select three toxic substances (one organic, one non-organic and one metallic) that can be emitted by at least two different industrial sectors in North America (an industry sector means automobile manufacture, energy generation, dairy products, forestry etc.). One toxic emission must mainly impact water resources, one soils and one the atmosphere. The same sector of industry can be used for more than one type of emission.
You cannot use sulphur dioxide (SO2) or carbon dioxide (CO2). For each of the three substances you do select, describe and discuss (using diagrams where appropriate):
• the potential damaging/toxic effects of the emission (provide an indication of toxicity levels, as well as where relevant both acute and chronic effects);
• the industrial process(es) that creates the emission;
• methods used by the industries involved to reduce or eliminate the emission (i.e.,
prevent its production and/or discharge into the environment).
Avoid excessive use of lists as it should be a discussion. It must be fully referenced within the text including all pictures or diagrams used (no more than half the references should be web pages), using the style described in the Assignment Guidelines. It should start with the Title and then an Abstract (no more than 8 lines). These should be followed by an Introduction and then Sections that cover all the above requirements.
Finally, include a Conclusion section that provides an overall discussion of the key points arising from the entire report. The Conclusions should be no more than one page. Also make sure you include at the end of the report a list of all References used in the text.
For the guide on how to use references in the text and to compile a reference list, refer to the separate Assignment Guidelines loaded up on D2L.
On-line encyclopedias, such as Wikipedia, are not acceptable as a reference you must quote the original source (e.g., journal article, book, technical report, company website etc.).
Any blatant copying of other work, such as cutting and pasting of text from web pages, will be penalized.
Assignment Guidelines
Any plagiarism found in your submissions will result in a minimum reduction of 30% in the grade for the assignment.
All references must appear in both the body of the submission and the reference list at the end of the paper.
Referencing example:
Waste heat from a nickel smelter can be repurposed to heat microalgae ponds for year-round production of biodiesel. Heat in the SO2-laden roaster off-gas can be captured using a heat exchanger (Exchanger Industries, 2014). Due to the off-gass elevated temperatures, the presence of particulate matter and the concentration of SO2, the capture efficiency is likely to be around 60% (Stehlík*, 2011). With an approximate off-gas heat capacity of 1007 J kg-1 °C-1 (Ghoshdastidar*, 2004), for every degree centigrade drop each kilogram of off-gas will contribute approximately 600 J of energy.
* If one or two authors list both last names, if more than two authors, reference as: (First authors last name et al., Year). e.g., (Scott et al., 2014)
Reference list at the end of the assignment:
Author(s) last name followed by their initial(s) Year of publication. Article title. Journal (issue):(page numbers).
StehlÍk P. (2011). Conventional versus specific types of heat exchangers in the case of polluted flue gas as the process fluid A review. Applied Thermal Engineering. 31:1-13.
Author(s) last name followed by their initial(s) Year of publication. Book title. Publisher, Publishers location. Page(s) referenced.
Ghoshdastidar P.S. (2004). Heat Transfer. Oxford University Press, Oxford, UK. p. 637.
Company/organization name. Year looked at. Webpage title. Specific date looked at (accessed). Webpage address
Exchanger Industries (2014). Products Shell and Tube. Accessed: August 25, 2014. <https://www.exchangerindustries.com/products-shell-and-tube.htm>

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