REDESIGN OF WATER RECYCLING SYSTEM IN ASTRA PROPERTY JAKARTA SELATAN AREA WITH OEE METHOD TO INCREASE CLEAN WATER EFFICIENCY IN SERVING INCREASED CONSUMERS

Authors

  • Surasa Industrial Engineering Postgraduate Program, National Institute of Science and Technology, Jl Moh. Khafi II, Bumi Srengseng Indah, Jagakarsa, South Jakarta
  • Revino National Institute of Science and Technology Lecturer, Jl Moh.Khafi II, Bumi Srengseng Indah, Jagakarsa, South Jakarta
  • Franka Hendra Industrial Engineering, Universitas Pamulang, Jl. Surya Kencana, No. 1

DOI:

https://doi.org/10.29121/granthaalayah.v7.i9.2019.551

Keywords:

Redesign of Water Recycling System Improves Water

Abstract [English]

Water demand is increasing, but thus water resources are increasingly threatened due to the increasing use and pollution of the environment, therefore there is a need for long-term strategies regarding water use in order to maintain the sustainability of water resources in Indonesia, especially in the DKI region


This study shows the effective steps in the efficient use of the water in the Astra South Jakarta property area, by reengineering the water recycling system, which uses the Overall Equipment Effectiveness (OEE) method.


The results of this design have been able to increase engine effectiveness from 51.9% to 88.9% and water recycling productivity up 168% (production from 20m 20 to 54m³ per day), so that can reduce PDAM water supply 16.6% (water requirement before the system re design are an average of 4,088.2 m³ per month, after redesigning the system 3,407 m³ per month). The redesign of the system is also able to prepare water reserves that can supply water for the development of Astra properties in the area of around 20m per day. At DKI Profession level, the design of the reengineering can contribute to the DKI Jaya, the water supply of 0.00002% per day and can reduce the utilization of ground water because the water needs in Astra have been fulfilled.

Downloads

Download data is not yet available.

References

Alpi Rahmi 2016, Water Treatment Turns into Domestic and Non Consumption Water with a Biosand Filter Activated Carbon, Civil Engineering Laboratory, Pasir Pangaraian University.

Abdul khaliq 2015, Analysis of Waste Management in Klayan Luar Kelurahan IPAL Peka [uran Raya PD PAL Banjar Masin City

Ahmat Ansory 2011, Effectiveness and Efficiency of Irrigation Networks on Water Needs in Kaiti Samo Irrigation Plants in Rambah District, Rokan Hulu Sri Regency

Analysis of the Access of the DKI Jakarta Community to Water Post Water Pripatization in 2009-2014

Hery Suliantoro 2017, Application of Overall Equipment Effectivenees (OEE) Method and full try Analysis to Measure Leng Machine Effectiveness, Diponegoro University Semarang.

Harista Gustinata Wati 2017, Optimization of Water Treatment in Muara Jambi.

Helina Lenih & conception rey Majis (2009). "Charges in the Industrial Water Sector" Journal of Econ Environmental Resources.

Asuhiro Inatshu, Chiraorna Ananchaipattana, Low Cost Suitanable Technology for the production of clean drinking water, Jrnal of antivirroment protection, Shubaki Japan 4 Department of biology 2014.

Nusa Idaman Said 2006, Recycling of Waste Water (water Recycle System) reviewed from Asfek Technology, Environment and Economics, Center for Environmental Technology Agency for Application of Technology (BPPT).

Ross Kenneth Kennedy, Understanding, Measuring, and Improving Overall Equipment Effectiveness.

Sri Subekti 2005 Hospital Clean Water Treatment as an Effort to Minimize Liquid Waste, Ungaran General Hospital.

Sanfra Madona 2014, Energy Efficiency through Water Savings, Case Study of the Institute of Higher Education at Bakrie University.

DKI Jakarta Clean Water Statistics 2015 – 2018.

Wahyu Hidayat 2017. Optimization of the Ovral Performance of the Water Purification System, in the Tawang Industrial Park Industry Area.

Regulation of the Minister of Health Number: 416 / Men.Kes / Per / IX / 1990, Regarding the requirements and Supervision of Water Quality of the Republic of Indonesia Minister of Health.

Republic of Indonesia Government Regulation Number: 121 Year 2015 Water Resources Business (SDA)

Putri Arawita Wanggay 2013, Analysis of the Need for Clean Water and Dirty Water in the Sebelas Maret University Surakarta building.

Rini Susanti (2010) Mapping of the Clean Water supply system to improve the water supply system in the town of Lunto rice field, Journal of Regional Planning for the Capital, Volume 21 No 2 Pages 111-128.

Vina Primasari 2010 Utilization of Household Wastewater as a Source of Clean Water by the Simple Biofilter Method, Residents of Surabaya Leucorrhoea.

Downloads

Published

2019-09-30

How to Cite

Surasa, Revino, & Hendra, F. (2019). REDESIGN OF WATER RECYCLING SYSTEM IN ASTRA PROPERTY JAKARTA SELATAN AREA WITH OEE METHOD TO INCREASE CLEAN WATER EFFICIENCY IN SERVING INCREASED CONSUMERS. International Journal of Research -GRANTHAALAYAH, 7(9), 1–10. https://doi.org/10.29121/granthaalayah.v7.i9.2019.551