SUSTAINABLE SCHOOLS PROGRAM – State of the School Report – 1. School Summary School Address Phone Fax Email Enrolment Principal Contact Teacher Date report was completed Overview (tick) Sustainable School modules completed General Waste and litter Water Energy Biodiversity Core Waste Water Energy Biodiversity Environment Ed. Policy Environment. Ed. Strategy Environment clubs Waste and/or litter policy Waste and/or litter strategy Canteen strategy Purchasing Policy Recycling: paper cardboard glass plastic aluminium drink boxes Composting Worm composting Reduction practices Reuse practices Inclusion of waste and litter in curriculum Water policy Water strategy Reduction practices Reuse practices Water tank Retrofitting Inclusion of water in curriculum Energy policy Energy strategy Reduction practices Renewable energy fitted Retrofitting Inclusion of energy in curriculum Attended Energy Smart seminar Biodiversity policy Biodiversity strategy Reduction practices Inclusion of Biodiversity in curriculum Learnscapes program Developed by CERES Community Environment Park for The Australian Sustainable Schools Initiative 2. Baseline Data This part of the report will allow a school to collate and record the benchmark information about the important measures of sustainability. These measures look at the total energy (electricity and gas) use, water use, solid waste production, litter production, greenhouse gas emissions and the biological quality of the school. To complete this section, you will need to gather data from the invoices from electricity, gas, water, waste disposal and recycling companies. In some cases, such as amounts of solid waste composted, you will have to make estimates. For litter, you may need to conduct a simple litter survey. Energy Use: Electricity Energy Use: Gas (Note: 1GJ=1000MJ) Energy Use: other fuel Water Use Solid Waste Total use per year (from billing records) Cost to school per year (from billing records) Cost to school per student Major uses of electricity Total use per year (from billing records) Cost to school per year (from billing records) Cost to school/student per year (from billing records) Major uses of gas % of staff that drive to school % of staff that ride, walk or catch public transport to school % of students that get driven to school % of students that ride, walk or catch public transport to school Volume of petrol used for transport per year* Volume of LPG used per year Volume of heating oil used per year Volume used per year (from billing records) Cost to school per year (Including sewage) (from billing records) Cost per student per year Types of water use KWh $ $ MJ $ $ Litres Litres Litres ML $ $ Types of waste generated Number of reams of paper used by the school per year Amount of solid waste disposed in hoppers per year Cost to school per year (from billing records) Amount of solid waste recycled per year Amount of solid waste composted / worm composted per year Cubic metres $ Cu m Cu m *Simple method for estimating fuel used in transport: (Approx number of staff that drive to work) x (average distance, km) = A (Approx number of students that get driven to school) x (average distance, km) = B Approx litres per day = (A + B) x 0.1 = C Approx litres per year = C x 250 For a more accurate result you can survey staff and students as part of a class activity Developed by CERES Community Environment Park for The Australian Sustainable Schools Initiative Greenhouse gas emissions per year Land use / Biological quality Percentage of school area containing Electricity Total use per year (KWh) X 1.3 Gas Total use per year (Mj) x 0.06 LPG Total use per year (litres) x 1.7 Heating oil Total use per year (litres) x 2.9 Fuel transport Total use per year (litres) x 10 Total annual greenhouse gas emissions from energy use Total emission per student Total area of school Built structures / paved surfaces Playgrounds Indigenous bushland Indigenous grasslands Gardens with mainly native plants Gardens with mainly exotic plants Vegetable gardens / orchards Does your school have any plans for grounds’ improvement? Kg C02 Kg C02 Kg C02 Kg C02 Kg C02 Kg C02 Kg C02 hectares % % % % % % % Yes / No If yes, please give details. Developed by CERES Community Environment Park for The Australian Sustainable Schools Initiative