Reuse of reclaimed wastewater for golf course irrigation in Tunisia

2001 ◽  
Vol 43 (10) ◽  
pp. 117-124 ◽  
Author(s):  
A. Bahri ◽  
C. Basset ◽  
F. Queslati ◽  
F. Brissaud

In Tunisia, golf courses are irrigated with secondary treated effluent stored in landscape impoundments. The impact of the conveyance and storage steps on the physical-chemical and biological quality of irrigation water was evaluated on three golf courses over two years. It was found that the water quality varies all along the water route, from the wastewater treatment plant up to the irrigation site: nutrient and bacteria contents decreased along the route in the three cases. This variation depends on the wastewater quality, the length of the pipes conveying water, the number of regulation reservoirs and ponds, the water residence time in pipes, reservoirs and ponds, and the operation of the ponds. The bacteriological quality of irrigation water deteriorates during the irrigation period in the three golf courses as the ponds are operated as continuous flow reactors. The results obtained in this study indicate the inability of golf water supplies, as currently managed, to properly sanitize reclaimed wastewater and meet target quality criteria recommended by WHO (1989) for water intended for recreational use. For a safe reuse of reclaimed wastewater for golf course irrigation, changes in the design and operation of the ponds should be planned or additional treatment steps provided.

2000 ◽  
Vol 42 (10-11) ◽  
pp. 399-406
Author(s):  
A. Bahri ◽  
C. Basset ◽  
A. Jrad-Fantar

In Tunisia, golf courses are irrigated with reclaimed wastewater stored in ponds for variable periods. The impact of storage on the sanitary and agronomic quality of the water was evaluated in two surveys conducted over one year. The water quality of the golf course ponds, operated as open ponds, was directly dependent on the flowrate and the quality of the new effluents. The faecal coliforms removal varied between 4 log. units at the end of winter and 1 log. unit in summer. Values exceeding the WHO guidelines (1989) (200 FC/100 mL) were recorded in the irrigation water. Reclaimed wastewater stored 20 days up to 8 months in two experimental closed ponds was in compliance with WHO guidelines throughout the year, i.e. 1000 FC/100 mL after a residence time of 5 to 10 days and 200 FC/100 mL after 40 days. A substantial loss of the water fertilizing potential was noticed after long storage. Storage increases the volume of water available for the dry season, and allows wider uses and unrestricted irrigation.A sequential use of the golf course ponds, with alternating closing and opening phases, would improve the water quality.


1995 ◽  
Vol 31 (12) ◽  
pp. 399-408 ◽  
Author(s):  
R. M. Fuog ◽  
K. C. Giberson ◽  
R. L. Lawrence

Rancho Murieta is an exclusive 1,400 ha (3,500 acre) master-planned golf-course-oriented community and is located approximately 39 km (24 miles) southeast of Sacramento, the capital of California. The community located along the banks of the Cosumnes River, one of the last pristine rivers in California, is situated in the great Central Valley of California which enjoys a Mediterranean-like semi-arid climate. The community has a present population of 3,500 people and is projected to have an ultimate population of 15,600. The Rancho Murieta Community Services District provides wastewater collection treatment and disposal services, among others within the community. In the early 1980s, the District obtained 55 ha (135 acres) of land for a wastewater treatment facility from the original developer of the community. Despite the immediate proximity of the plant to the Cosumnes River, the District was not allowed to discharge any plant effluent to the river. In favor of preserving the pristine qualities of the river, a “zero discharge” was required. Therefore, the District had to provide for some form of reuse of its effluent, a land disposal alternative. After considerable study, a plan was developed to integrate the community's two proposed championship golf courses into a comprehensive wastewater reclamation program. In addition to significantly decreasing the demand for treated domestic water within the community, a comprehensive program to irrigate the golf courses with reclaimed wastewater would also significantly lower the summertime demand for water from the river, thereby providing increased flows to downstream agricultural users along the river, a true “win-win” situation for all parties concerned. In order to provide treatment to an acceptable level for irrigation of golf courses surrounded by dwellings, it was decided that a tertiary treatment plant would be designed to meet California's wastewater reclamation requirements. The current treatment plant was constructed in three phases. California has very strict standards for effluent reuse and they are described in Title 22 of the California Code of Regulations. Use of reclaimed wastewater for most golf courses requires oxidation, coagulation, filtration and disinfection. The effluent has to meet a 2 NTU turbidity and 2.2 MPN/100 coliform standard. To comply with these standards, the District developed a unique treatment process that has allowed the District to be in full compliance since start-up without a single violation of the plant's discharge requirements. The initial treatment process consists of oxidation ponds. Mechanical aerators are located on the ponds to ensure that sufficient oxygen is provided at all times for treatment and most importantly for odor control. The pond effluent is discharged into two large reservoirs. These two reservoirs are sized to store wastewater for up to 150 days during periods of non-irrigation. When irrigation can be performed on the golf course, the tertiary treatment process is activated. It consists of dissolved air flotation for algae removal, filtration for polishing, and disinfection. Treatment design parameters, effluent quality results and capital and operating costs are presented.


2019 ◽  
Vol 10 (1) ◽  
Author(s):  
Brahim Bihadassen ◽  
Mohammed Hassi ◽  
Fatima Hamadi ◽  
Aicha Aitalla ◽  
Mohamed Bourouache ◽  
...  

Abstract This research was carried out to assess the impact of treated wastewater irrigation on soil bacteriological and physicochemical properties and turfgrass bacteriological quality. Two golf courses were studied: a golf course A irrigated with freshwater (FW) and a golf course B irrigated with UV-treated wastewater (UV-TW). The physicochemical parameters (electrical conductivity and pH) of the soil were determined. FW, UV-TW, lake-stored water (LSW), turfgrass, and soil were collected, and their bacteriological parameters were determined. These parameters include: Escherichia coli, faecal enterococci, and faecal coliform. The results showed that the soil irrigated with treated wastewater (S-TW) showed a significant increase in the pH when compared with the soil irrigated with freshwater (S-FW). However, no significant difference was recorded in soil electrical conductivity. Faecal indicators concentration of the irrigation water samples varied considerably, and the concentrations in LSW frequently exceed those of the water at the output of the treatment plant (UV-TW). The comparison of the faecal contamination between the two golf courses indicates no significant difference in E. coli and faecal coliform concentrations. However, a significant difference was detected in faecal enterococci contamination. This study confirms that, under appropriate conditions, treated wastewater produced by M’zar wastewater treatment plant can be used as an alternative water resource for golf courses irrigation in Agadir city, Morocco.


2017 ◽  
Vol 48 (4) ◽  
Author(s):  
Saloom & Oleiwi

As a result of different quality standards for irrigation water and the varying ion composition, and the fact that classification of irrigation water consists of large and complex data, this study was conducted in order to find a way for combining the complex water quality data into a single value, a quality of irrigation water index (IWQI) which reflects the suitability of the water quality for irrigation. Irrigation water quality variables were divided into five groups according to Food and Agriculture Organization FAO guide. The order of the parameters were, Salinity expressed in electrical conductivity (EC), Sodium adsorption ratio (SAR), Toxicity of specific ions (boron, chloride, sodium, Toxic trace elements and Miscellaneous effects on sensitive crops (nitrates and bicarbonates and pH). Linear equations of each variable and the formulation of mathematical equations had been done to convert the actual concentration values in the classification adopted to estimate the values of the indicators (sub-indices) and then converting the actual values and different units for each variable to the estimated values under the general scheme consists of grades between (0 -100). For the purpose of calculating irrigation water quality index, a software was originated entitled IWQI program was applied to the data of the irrigation water samples for eighteen (18) locations of water sampling in the rivers: Tigris, Euphrates, Diyala and Shatt al-Arab. Results showed that the values of irrigation water quality index for the period March to December 2015 of the Tigris River were highest than the values of Euphrates River at all locations from the north to the south as it was estimated 94.38 and 88.6 in Muthana bridge site (Tigris) and sader Al- Yusufiya (Euphrates), respectively in Baghdad and reached 74.55 and 67.78 in Qurna (Tigris) and Qurna (Euphrates), respectively. Irrigation water quality index of Shatt al-Arab was at the site of Altnoma 39.78 and classified as almost unsuitable. In Diyala River, it has been observed that the impact of Rustumiya weste water station in reducing the quality of irrigation water quality index was relatively low and water in the two sites (before and after Rustumiya station) are classified as moderately suitable.


1996 ◽  
Vol 33 (7) ◽  
pp. 117-124 ◽  
Author(s):  
P. Jagals ◽  
J. F. R. Lues

Concern was expressed about the microbiological quality of irrigation water obtained from a combined sewage treatment facility. Treated effluent from the system is used to irrigate sports fields and public parks. This system primarily serves a community with well developed sanitation and also receives partially stabilised waste water from a neighbouring community with limited sanitation. Special concern was expressed for quality of irrigation water when certain stages of the system would be used as waste stabilisation pond system (WSP) during possible prolonged periods of main system failure. During such periods raw sewage would be discharged into such WSP from which irrigation water would still be withdrawn regularly. The pathogen removal efficiency of various parts of the total system including original WSP used within the system, was investigated. Faecal coliforms, male specific coliphages and presence of helminth eggs were used to indicate removal efficiency. Results proved that water from the activated sludge unit was sufficiently sanitised by tertiary treatment ponds (the original WSP). Indications are that the original WSP system was not as efficient in removing pathogens from irrigation water when used as emergency standby WSP.


Author(s):  
Željka Rudić ◽  
Igor Kljujev ◽  
Bojana Vujović ◽  
Mile Božić ◽  
Vera Raičević

2020 ◽  
Vol 10 (1) ◽  
pp. 47-55
Author(s):  
Elena I. VIALKOVA ◽  
Olga V. SIDORENKO ◽  
Ekaterina S. GLUSHENKO

Nowadays there is the problem of the effective treatment of dairy industry plants’ wastewaters. Industrial wastewaters of these plants have high concentrations of organic matters and differ significantly from domestic wastewaters. The method of intensification of dairy wastewaters treatment in Tyumen region, using probiotic «PIP Plus WATER» (Belgium) is considered in this article. The article presents the results of conducted research on the impact of the probiotic on such wastewaters indices as pH, chemical oxygen demand, anionic surfactants, ammonium, nitrites, nitrates and phosphates concentrations. The comparison among different ways of wastewater treatment with probiotics has been made. Based on obtained results technological scheme of local treatment plant of dairy industry plant has been suggested.


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