SDG 6 : Clean Water and Sanitation

Water consumption per person

Measure the total volume of water used in the university that is taken from mains supply

Measurement of total volume of water used within the faculty’s area has been conducted on a daily basis by the faculty’s facility maintenance team. This can be done simply by looking at the water meters installed on pumps in several areas of the faculty, then records the data in a logbook which will be summarized later on a monthly basis. Water usage within the faculty area is mostly for watering plants and for toilet usage. In 2023, water usage from the Faculty of Public Health reached 126,355 m3.

Supporting Evidence Documents

Volume of water used in the university: Inbound (treated/extracted water)
0 m3
Number of campus population
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Water usage and care

Wastewater treatment

The Faculty of Public Health, Universitas Indonesia has four different methods for wastewater treatment:

1) Disposal of liquid waste at the Faculty of Public Health, Universitas Indonesia is still carried out mainly in the Matoa Canteen. Before being discharged into the septic tank/water catchment, liquid waste from the Matoa Canteen is handled technically using a grease trap, so that oil/fat can be handled separately to be disposed elsewhere by the university’s facility maintenance team. In other canteens within the faculty, the grease trap can be found in the form of a control tank which is cleaned every day.

2) The faculty has installed a filtration tool to process wash water from the canteens. This tool was installed in October 2023 and was fully used in November 2023 with expected output that the canteens’ wash water can be reused.

3) The faculty also utilizes liquid waste by having condensation water reservoirs for all air conditioners in the faculty. Condensed water is stored in holding tanks located at 6 points within the faculty, each with a capacity of 1,000 liters which is full within 2-3 days. The water collected in the tanks are used to clean floors and water plants by the faculty’s janitors.

4) A rainwater storage treatment plant was also installed within the areas of the faculty. Rainwater collected in the ground tank is channeled through pipes and filtered into clean water, then channeled to the toilet in Building G.

Supporting Evidence Documents

Preventing water system pollution

The prevention of water system pollution in the areas of the Faculty of Public Health, Universitas Indonesia, has been carried out for liquid waste from the canteens. A grease trap which has been installed in the canteens’ dishwasher since 2019, still being used to catch fat/oil from canteens’ wash water until now. The faculty also installed a filtration tool to process wash water from the canteens in October 2023 and was fully used in November 2023, so that the wash water can be reused.

Supporting Evidence Documents

Free drinking water provided

The Faculty of Public Health provided ARSINUM (Air Siap Minum) (Ready-to-Drink Water) which can be found in two locations: in Lobby of Building A and Lobby of Building G. The ARSINUM is provided for free and can be used by students, staff, lecturers, and even visitors.

Supporting Evidence Documents

Water-conscious building standards

FKM UI implements building standards to minimize water usage by providing water-saving equipment, such as automatic faucets and automatic plant irrigation systems

Supporting Evidence Documents

Water usage and care

Water reuse policy

The Faculty of Public Health, Universitas Indonesia has a water reuse policy such as reusing water from the condensation water reservoirs for all air conditioners in the faculty. Condensed water is stored in holding tanks located at 6 points within the faculty, each with a capacity of 1,000 liters which is full within 2-3 days. The water collected in the tanks are used to clean floors and water plants by the faculty’s janitors.

Furthermore, by the end of 2022 the Faculty of Public Health, Universitas Indonesia has built a rainwater storage treatment plan in the areas of Building G. The rainwater is collected in a ground tank and then channeled through pipes to a filtration tube. The clean water is channeled to the toilet in Building G.

Supporting Evidence Documents

Water reuse measurement

The measurement of water reuse has not been properly documented. Currently the faculty can only measure water reuse from the rainwater storage due to an installed water meter.

Supporting Evidence Documents

 

Water in the community

Water management educational opportunities

Lecturers from the Department of Environmental Health are actively involved in water education activities.

Supporting Evidence Documents

Sustainable water extraction on campus

The Faculty of Public Health, Universitas Indonesia (FKM UI) implements sustainable water management practices on campus through several facilities designed to optimize water utilization and conservation. These include biopores to enhance groundwater absorption, condensate water collection systems from air conditioners, rainwater filtration systems using ground tanks to produce clean water, and infiltration wells to support groundwater recharge and reduce surface runoff.

Supporting Evidence Documents

Cooperation on water security

Cooperation agreements with the UK, Malaysia, and Singapore, as well as the receipt of PUTI grants.

Supporting Evidence Documents

 

Promoting conscious water usage on campus

The Faculty of Public Health, Universitas Indonesia has attempted to promote conscious water usage by providing water-saving equipment in the form of eco-washers in Building A toilets, automatic plant waterers using a timer, as well as eco-washers urinals. Promotion is also carried out through stickers and posters posted in the toilets and pantry to promote conscious water use.

Supporting Evidence Documents

Promoting conscious water usage in the wider community

The Environmental Health Student Association from the Faculty of Public Health, Universitas Indonesia promotes conscious water usage through social media such as Instagram which contains infographics specifically about SDG6: Clean Water and Sanitation.

Supporting Evidence Documents

2024 SDGs Indicators