Integrate sustainability in ICT planning and design projects

ASSESSMENT SUMMARY SHEET This sheet is marked by the assessor and used as a final record of student competency. All student submissions (outlined below) are to be attached to this cover sheet before placing on the students file. Student results should not to be entered onto the Student Database unless all relevant paperwork is attached to this form. Student Name: Student ID No: Final Completion Date: Unit Code: ICTSUS601 Unit Title: Integrate sustainability in ICT planning and design projects Please attach the following documentation to this form Result S = Satisfactory NS = Not Satisfactory C = Competent NYC = Not Yet Competent Assessment 1 Project ? Project Report ? Checklist S | NS Assessment 2 Written Test ? Written Test Sheet ? Checklist S | NS Final Assessment Result for this unit C / NYC

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Determine the outlet concentration x1 in the water solution and in the trichloroethane solution using an analytical equation.

Predicting Extraction for an Existing Tower with a Given Number of Steps. An existing tower contains 5.0 theoretical steps. It is desired to predict its performance under the following conditions….

Calculate the minimum solvent that can be used. [Hint: In this case, the tie line through the feed L0 represents the condition for minimum solvent flow rate.

Minimum Solvent and Countercurrent Extraction of Acetone. An aqueous feed solution of 1000 kg/h containing 23.5 wt % acetone and 76.5 wt % water is being extracted in a countercurrent….

Determine the break-point time, the fraction of total capacity used up to the break point, the length of the unused bed, and the saturation loading capacity of the solid.

Drying of Nitrogen and Scale-Up of a Column. Using molecular sieves, water vapor was removed from nitrogen gas in a packed bed (C1) at 28.3°C. The column height was 0.268….