Warning! This subjects requires on campus attendance. Refer to Special Requirements for more information.

Undergraduate USA-ENR205-2018

Water Chemistry

Examine the key chemical and biochemical processes triggered by wastewater discharge to the environment. Study water quality, purification and the ecological impacts. Dive into optimised systems that process water for reuse and treat waste.

Study method

Online and other materials

Available loans

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Assessments

Subjects may require attendance

Prior study

Not required

The University of South Australia, UniSA, is ranked in the top 10 universities nationally and amongst the very best young universities in the world. They offer over 200 world-class degrees that are informed by industry and delivered with a highly practical approach to teaching and learning. In fact, they are South Australia’s number one university for graduate careers. They are a valuable partner with Open Universities Australia.

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Subject details

What you'll learn

At the completion of this subject students will be able to:

detail and describe the purposes of various manufactured chemicals used in drinking water and wastewater treatment, in each stage of treatment
detail and describe natural and synthetic pollutants in water and wastewater, and how water parameters are used to assess quality and treatment
describe in detail the biological and chemical processes that occur in each key stage of drinking water and wastewater treatment
investigate and describe both beneficial and detrimental processes that can occur in the supply of drinking water and treatment of wastewater
describe key water and wastewater treatment infrastructure
proficiently conduct basic laboratory procedures and water quality analyses applied in the water/wastewater industry.

Topics covered

- Introductory chemistry
- Physical and inorganic chemistry
- Organic chemistry
- Biochemistry and microbiology
- Water quality parameters
- Water treatment processes (potable supplies)
- Coagulation and flocculation
- Membrane and desalination
- Disinfection
- Wastes and wastewater treatment
- Pollutants in drinking water
- Chemical pollutants in industrial and domestic wastewaters
- Control of chemical use and pollutants in water and the environment

Entry requirements

You are recommended to have completed the following subjects(s) or have equivalent knowledge before starting this subject:

MUR-SCI18-Fundamentals of Chemistry

Special requirements

AttendanceDetails - This subject has a 2 day on-campus attendance requirement. The on-campus schedule for Study Period 3 2018 is 9am Thursday 27 September 2018 to 5pm Friday 28 September 2018.
EquipmentDetails - Audio headset with microphone are required to access weekly consultation and help desk facilities.
OtherDetails -
Travel and accommodation resources
- Map of Mawson Lakes Campus
- UniSA advice on temporary accommodation (Information on student accommodation, backpackers, affordable hotels, serviced apartments, Aboriginal hostels)
- Getting to Mawson Lakes (including links to the Adelaide Metro transport system)
Financial support
- Please note that you may also be eligible for a travel subsidy from OUA.

Description

The subject provides a fundamental understanding of the chemical and bio-chemical processes that impact on water and wastewater quality, and are involved in water and wastewater treatment. Chemical processes occurring as a consequence of release of wastewaters into receiving environments will also be covered in this subject.

With an understanding of these processes, the student should gain an improved appreciation of engineered systems, their operations and optimisation in the supply of potable water, wastewater treatment and reuse. This subject will provide knowledge of key chemical and biochemical processes relevant to undergraduate water and civil engineering.

Please note: This subject has an on-campus attendance requirement. For more information, please visit the On-campus Schedules section of the degree page.

Assessments

(Continuous) - 3 Quizzes (21%)
Lab pracs 3 x 800 words each (25%)
3 hours (40%)
Case Study 1200 words (14%)

Textbooks