Water Treatment Technology, Systems Ecology, Sustainable Energy Systems and Land Use

Education facts

Code: MGR10

### The course package consists of the following courses: **Energy and Sustainable Land Use, 7.5 credits**<br> The course addresses energy, energy systems with emphasis on renewable energy, field industries, industry, and transport. The course also deals with sustainability conflicts linked to human needs. **Water Treatment Technology, 7.5 credits**<br> The course covers the following components: water in the environment – hydrology and water quality; physical, chemical, and biological processes affecting water quality; treatment technologies for drinking water and wastewater; stormwater management and stormwater systems; water sampling and analysis; and risk assessment of contaminated water from an environmental and public health perspective. **Systems Ecology – Nature and Society, 7.5 credits**<br> The course introduces the branch of systems ecology based on the energy pyramid (nutrient pyramid, trophic levels) where also the abiotic factors and human activities have been included. In the course is explained in systems terminology how the environment and society can be described as one system. **Environmental Accounting – Based on the Energy Hierarchy Principle, 7.5 credits**<br> The course introduces how environmental accounting can be performed based on the energy pyramid view (trophic levels). How to evaluate renewable and non-renewablere flows and stocks, and socio-ecological systems with appropriate indices. Performing a small application of environmental accounting is part of the course

Entry requirements

Environmental Engineering BA (A), 15 credits, or Environmental Science BA (A), 15 credits.

Education offerings

Each offering has its own dates and conditions. Closed offerings are retained as history and do not mean that a new application is open.

• Water Treatment Technology, Systems Ecology, Sustainable Energy Systems and Land Use

  Mid Sweden University

  Östersund

  Start date: 18 January 2027

  End date: 6 June 2027

  Pace of study: 100 %