Wastewater Treatment Plant (Medical, Household, Laundry, Livestock, etc.)

Rp10.000.000

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WWTP Tanks (Medical, Household, Laundry, Livestock, etc.)

WWTP (Wastewater Treatment Plant) tanks for medical and other uses are facilities designed to treat liquid waste from hospitals, clinics, and other healthcare facilities. Below are some commonly used types of WWTP tanks:

# Types of WWTP Tanks

Biological WWTP Tanks: Use biological processes to treat liquid waste, such as aeration systems, anaerobic systems, and biofilter systems.
Chemical WWTP Tanks: Use chemical processes to treat liquid waste, such as coagulation systems, flocculation systems, and neutralization systems.
Physical WWTP Tanks: Use physical processes to treat liquid waste, such as filtration systems, sedimentation systems, and flotation systems.

# Applications of WWTP Tanks

Hospitals: WWTP tanks are used to treat liquid waste from hospitals, including medical waste, laboratory waste, and other waste.
Clinics: WWTP tanks are used to treat liquid waste from clinics, including medical waste, laboratory waste, and other waste.
Other Healthcare Facilities: WWTP tanks are used to treat liquid waste from other healthcare facilities, such as community health centers, polyclinics, and laboratories.

# Advantages of WWTP Tanks

Reducing Pollution Risk: WWTP tanks can reduce the risk of environmental pollution by treating liquid waste before it is discharged into the environment.
Improving Water Quality: WWTP tanks can improve the quality of water produced from wastewater treatment.
Reducing Costs: WWTP tanks can reduce wastewater treatment costs by using more efficient processes.

In daily life, humans always generate waste from everyday activities such as washing dishes, bathing, watering plants, and from toilets. Therefore, wastewater installation planning is needed for a city with considerations of cleanliness, health, and safety (both physical and environmental). Wastewater management requires facilities and infrastructure for conveyance and treatment. Residential wastewater treatment can be handled through on-site systems or centralized (off-site) systems.

Communal WWTP (Wastewater Treatment Plant) installations are wastewater treatment systems carried out centrally, where there is a structure used to process domestic liquid waste communally (used by a group of households) so that it is safer when discharged into the environment, in accordance with environmental quality standards. Liquid waste from residents’ houses is channeled to the WWTP holding tank through a piping network.

This system is implemented to handle domestic waste in areas where centralized or individual systems are not feasible. Handling is carried out in part of a city area, where each household with private sanitation facilities connects its discharge pipes into a wastewater piping system that leads to a communal treatment installation. Smaller systems can serve 2–5 households, while communal systems can serve 10–100 households or even more. Effluent from the treatment installation can be directed to an infiltration well or discharged directly into a water body (river). Communal system facilities are built to serve groups of households or public sanitation facilities. This wastewater treatment structure can be applied in settlements where it is not feasible for residents to build individual septic tanks in their homes (Rhomaidhi, 2008).

6.4.1 Characteristics of Domestic Wastewater

Household or domestic wastewater is wastewater originating from hygiene-related uses, namely a combination of kitchen waste, bathroom, toilet, laundry, and others. The composition of wastewater generally contains organic materials and mineral compounds originating from food residues, urine, and soap. Some household waste is in suspension form, while others are dissolved. This wastewater can be divided into two types: toilet wastewater commonly called black water, and wastewater from bathing and washing called grey water. Black water is disposed of by some residents through septic tanks, but some discharge it directly into rivers. Meanwhile, grey water is almost entirely discharged into rivers through drainage channels. The population growth in major cities is increasing rapidly, in line with rapid development, so the amount of domestic waste generated is also increasing. Meanwhile, the carrying capacity of rivers or water bodies receiving domestic waste tends to decline, as seen from the continuous decrease in river discharge.
Quoted from the Housing, Settlement Areas and Land Agency of Probolinggo Regency.

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