Use Pineapple and Rice Sauce Fermentation to Decrease COD, Fat Oil and Grease in Wastewater from Street Food Shops at Klong 6, Thanyaburi, Pathumthani Province

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Sutasinee Paka
Apaporn Ruchiraset


Wastewater from street food shops causing by cooking, washing raw materials, washing dishes or washing the floor and has released through the river and canal. It make water pollution and harmful to plant, animal and human. Bio extract from plant and animal fermentation with sugar or molasses which an alternative. It is cheap and easy to find material in local area. This study is an experimental research. The objective of this study to use of bio extract obtained from pineapple and rice sauce fermentation with different concentration to decrease Chemical Oxygen Demand--COD, fat, oil and grease in wastewater treatment from street food shops on Khlong 6 road and the Hydraulic Retention Time--HRT) for 21 days. The parameters of water quality including acidity (pH), temperature, COD and fat, oil and grease. The results showed that the influent wastewater is about 381.00±00 mg/L. The wastewater add fermented pineapple decrease highest COD is 171.20±30.97 mg/L. The efficiency was 73.80% as the ratio of 30:70 and there was statistically significant difference at the 0.05 level (p-value <.05). The wastewater add fermented pineapple decrease highest fat, oil and grease is 5.50±2.12 mg/L. The efficiency was 98.56% as the ratio of 30:70 and there was statistically significant difference at the .05 level (p-value <.05). And also found that wastewater add fermented rice sauce cannot decrease fat, oil and grease.


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Boonpienpon, N. (2017). Street Food: Thailand’s Charm for a New Tourism Experience in Asia. Veridian E-Journal,Silpakorn University Humanities, Social Sciences, and Arts, 10(1), 47-60. (in Thai)

Kingkaewcharoenchai, C. (2017). Street food 4.0. Food and Water Sanitation Journal, 9(1), 2-3. (in Thai)

Kornochalert, N. (2014). Enhancement of phototrophic Bacterial growth by fermented plant extract for treating latex rubber wastewater (Master’s thesis). Prince of Songkla University. Songkla. (in Thai)

Niyomdacha, C., & Chareanrit, P. (2017). Study on the optimum ratio of bio-fermented from pineapple bark to remove the contaminated oil in synthetic wastewater (Master’s thesis). Songkhla Rajabhat University. Songkla. (in Thai)

Nonta, S., Othong, S., & Chamchoi, N. (2016). Lactic Acid production from fruit waste fermentation. HCU JOURNAL, 20(39), 1-14. (in Thai)

Phadungath, C. (2018). Development of pineapple cider beverage from low valued pineapple in Ratchaburi. The 5th Rajabhat University National & International Research and Academic Conference (pp. 169-176). Phetchaburi: Phetchaburi Rajabhat University. (in Thai)

Pollution Control Department. (2017). Domestic wastewater treatment manual. Bangkok: Pollution Control Department. (in Thai)

Sansuk, Y. (2014). An appropriate domestic wastewater system for local administration organization: Case study of Tambol Chae Municipality, Konburi District, Nakhonratchasima Province (Master’s thesis). Suranaree University of Technology. Nakhonratchasima. (in Thai)

Simanant, C. (2019). Tropical fruit bio extract (Research report). Bangkok: Faculty of Liberal Arts, Siam University. (in Thai)

Tancho A. (2008). Organic farming and sustainable agriculture in Thailand. Pathumthani: National Science and Technology Development Agency. (in Thai)

Thepnarong, K., Chiayvareesajja, S., & Kantachote, D. (2015). Efficiency of fermented organic matter and Effective Microorganism (EM) Ball for treating effluent from freshwater aquaculture. Thaksin Journal, 18(1), 15-22. (in Thai)

Thuwakham, N., & Funfuenha, W. (2019). Efficiency of bio extract from fruits residues towards Green Oak Leaf Lettuce Growth. KKU Science Journal, 47(2), 266-272. (in Thai)