Ebrahimi A., and Erfani M. 2012. Investigating the effectiveness of biological removal methods of BNR nutrients and comparing them from an economic point of view, the second national conference on structures, earthquakes and geotechnics.
Basmanj A., Siddaraji H., Rasouli Fard M.S., Moghadam M.H., Sheikh Mohammadi S. 2019. Synthesis and evaluation of the efficiency of open-cell polyurethane sponge-silver oxide nanocomposite in water disinfection. Environmental Science and Technology, 22(4), pp 29-40.
Sanandji Z. 1391. Investigating the return performance of Mixed Liquor on reducing the output nitrogen of Shiraz sewage treatment plant in the pilot scale, Master's Thesis, Shiraz University.
Amini M., Otadi M .2016. Investigating the anoxic reactor of Sari wastewater treatment plant using the MLE activated sludge method and determining the factors affecting it, the third international conference on new research achievements in chemistry and chemical engineering, Tehran.
Tabesh, Massoud; Azadi, Behrad, and Rozbahani, Abbas. 2018. Optimizing the amount of chlorine injection in water supply networks by genetic algorithm. Water and Sewage, 22(1) 11-2.
Quaid Rahmati, Mojtaba; Moadad, Hadi and Tisheh-Zan, Parvaneh. 2019. Estimation of TSS output of Ahvaz wastewater treatment plant using intelligent models. Environmental Science and Technology, 22(9), 267-250.
Anbir L., and Noori Z .2017. Investigating the quality of Ekbatan urban wastewater treatment plant effluent for use in agricultural lands and green spaces. Land Management, 6(1), pp95-102.
Babaei N., Tabesh M., Nazif S.2016. Optimizing water quality in distribution networks based on pump cycle status, chlorine injection method and type of analysis method. Water and sewage, 28(2),pp 55-64.
Bani Mahdkivani, M., Fekri M.H. 1400. Preparation of silver nanoparticles/polyamide (Nylon 6) composites by chemical reduction method for water disinfection. Nanoscale, 8(3), pp102-110.
Fallahpour, M. 2017. Determining the optimal method for removing nitrate and carbon of organic matter by A2/O method in activated sludge process, Thesis, Shahid Abbaspour University of Water and Electrical Engineering
Lotfi Ali and Mamqani-nejad M.2018 . Application of artificial wetland system with subsurface flow in urban wastewater treatment in cold and dry climate (case study of Arak sewage treatment plant). Water and soil sciences, 23 (4), 265-253.
Mirzaei Takhtgahi H., and Qamarnia H. 2016, Quality of Kermanshah water treatment plant effluent for discharge to surface water, 4th International Conference on Environmental Planning and Management, Tehran.
Parsamanesh, M. R. 2011. Investigating the performance of sewage stabilization ponds in Arak city and providing solutions to increase its efficiency, Thesis, Islamic Azad University, Tehran Science and Research Unit.
Khalili A., Mohabi M.R., Mohebi M. and Ashuri F. 2014. A new method for the biological start-up of Arak activated sludge wastewater treatment plant. Journal of Water and Wastewater, 25(6), pp105-100.
Dindarlou, A., and Dasturani, M. 2016. Investigating the efficiency of wastewater treatment by activated sludge method in ensuring the quality of effluent for irrigation purposes (case study: Kermanshah Wastewater Treatment Plant), Water and Sustainable Development, 4(2), pp40-31.
Zunemat Kermani M., Jamalizadeh M., and Ramezani Charmahina A. 2017. Non-linear management and analysis of water distribution network disinfection system using data-driven methods. Water and Wastewater, 29(1), pp49-59.
Abdo S. M., El-Liethy M. A., Doma H. S., El Taweel G. E. & Ali G. H. 2022. Chlorine as an integrated approach for environmental health and hygiene: A case study on evaluation of the performance of waste stabilization ponds located at 11 governorates in Egypt. Emerging Contaminants,(8),pp 243-253.
Ammar, T.A. Abid, K.Y. El-Bindary, A.A. & El-Sonbati, A.Z. 2014 . Chlorine dioxide bulk decay predictionin desalinated drinking water, Journal of Desalination, 352, pp 45-51.
Burasiys, H.P.&Shah, M. 2017 .Waste Water Treatment by Environmental Microbiology, Journal of Bioremediation & Biodegradation, 8(2),pp1-8.
Capodaglio, A. Hlavinek, P. & Raboni, M. 2016 . Advanced in wastewater nitrogen removal by biological processes, An interdisciplinary Journal of Applied Science, 11(2),pp250-267.
Gamiz J. Grau A. Martínez H. & Bolea Y. 2020 . Automated chlorine dosage in a simulated drinking water treatment plant: A real case study, Applied Sciences, 10(11), 4035.
Gustave, A.& Lara-Borrero, J. 2016 . Tools to support the decision-making in the design and operation of activated sludge process for municipal wastewater treatment in developing countries, International Journal of Applied Engineering Research, ISSN 0973-4562 , 11(13), pp7967-7973.
Hoko, Z. Toto, T. N. Mapenzauswa, C. F. Nhiwatiwa, T. Chipfunde, L. & Hunguru S. 2021. Investigating use of chlorine dioxide for pre-treatment of raw water from polluted sources at Morton Jaffray Water Treatment Works, Harare, Zimbabwe, Water Practice & Technology, 16(4),pp 1290-1306.
Islami, B. B. Priadi, C. R. Adityosulindro, S. & Abdillah, A. 2019 . Wastewater disinfection efficiency using one-step and two-step chlorination. In MATEC Web of Conferences (Vol. 280, p. 05015). EDP Sciences.
Karadirek I.E., Kara S., Muhammetoglu A., Muhammetoglu H. Soyupak S. 2016 . Managemen of chlorine dosing rates in urban water distribution networks using online continuous monitoring and modeling, Urban Water Journal, 13(4), pp345-359.
Karadirek I.E. Soyupak S. Muhammetoglu H. 2016 . Chlorine modeling in water distribution networks using ARX and ARMAX model structures, Desalination and Water Treatment, 57(25), pp11592-11598.
Kesar S., Bhatti M. S. 2022 . Chlorination of secondary treated wastewater with sodium hypochlorite (NaOCl): An effective single alternate to other disinfectants, Heliyon, 8(11).
Lee, J. H. Qiao, Q. S. Chan, S. N. Choi, K. W.& Chau H. K. 2023 . Reduction of Chlorine Disinfection Dosage through Optimal Jet Design in the Hong Kong Harbor Area Treatment Scheme. Journal of Environmental Engineering, 149(2), pp1-12.
Metcalf & Eddy A, Bowden M., Burton G., Pfrang F. L., Stensel W., AECOM H, D. 2014. Wastewater engineering: treatment and resource recovery, McGraw Hill Education.
Nejjari, F. Puig, V. Perez, R. Quevedo, M.A. Cuguero, M.A. Sanz, G.& Mirats, J.M. (2014). Chlorine decay model calibration and comparison: Application to a real water network, Journal of Procedia Engineering, 70, pp1221-1230.
Perju, S.& Stanescu, I. 2015 .Numeric modelling of the residual chlorine concentration evolution in a water distribution network, Revista de Chimie, 66(6),pp 886-890.
Rachmadi, A. T. Kitajima, M. Kato, T. Kato, H. Okabe, S. & Sano, D. 2020 . Required chlorination doses to fulfill the credit value for disinfection of enteric viruses in water: a critical review. Environmental Science & Technology, 54(4),pp 2068-2077.
Tibebe, D., Negash, A., Mulugeta, M., Kassa, Y., Moges, Z. &Yenealem D. 2022 . Investigation of selected physico-chemical quality parameters in industrial wastewater by electrocoagulation process, Ethiopia. BMC chemistry, 16(1), pp1-9.
Wu W. Dandy G.C. and Maier H.R. 2015 .Optimal control of total chlorine and free ammonia levels in a water transmission pipeline using artificial neural networks and genetic algorithms, Journal of Water Resources Planning and Management, 141(7),pp 123-135.
