During the MBR and CTP treatment the micro pollutants fate depending upon the physico-chemical and the properties of its compound for the operational parameters of the wastewater that must be treated. The biodegradation and absorption is defined as the two of the most important types from the micro pollutants removal processes in the waste water and both of these process re interacted with each other according to the availability of the substrate of the degrading microorganisms.

        In the beginning point the data related to the generation of the wastewater is readily available for the enterprises that can discharged from the wastewater directly to the environment. For the several others that can deliver the wastewater towards the treatment plant of the wastewater and no relevant information is existed in practically. For the enterprises the survey is carried out that used to deliver the waste water tower ads the treatment plant of the wastewater along with the focus on the identification of the discharging and consumption of the wastewater. On the level of the enterprises the detailed water consumption is obtained as results named the data is obtained by conducting the survey related to the study that used from its starting to end points for combining the economic data with water management data.  In two locations of the flow industrial wastewater was performed in the estimation of pollution and these locations are discharge to environment and generation.

Source: https://unstats.un.org/unsd/environment/envpdf/pap_wasess4b2estonia.pdf

Figure 1: Waste water loading scheme

        For industry gatherings the estimations (NACE 2-digit gathering level) were ended for following considerations: suspended solids, volume, BOD, N, P. The estimations depended on water use information and factual databases accessible in Statistical Office and Estonian Environment Information Center of the Ministry of the Environment of Estonia. In Oman the drinking water can emerge out of both ground water and surface water. With water falls in lakes and streams the water cycle starts which cooperate with ground water. As a result of colossal volume and stream conditions, the nature of characteristic water can't be altered inside the waterway. Through the treatment procedure pursue a drop of water from the source.

        In the various network the water can be dealt distinctively and relying upon the water quality that is usually using in the plants. The groundwater is found usually underground and the less treatment is required for it usually but it is not necessary for all kinds of the grounded water. But mostly it needs less treatment as the water of the stream, lakes and several water ways. The water treatment plant is planned for allowing the, professionals, operators, managers and workers who are engaged in this working and it is stressing on the safe practices as well as infrastructure. The training is provided the control to all of this system as well as for reducing the same level of the water for making better sewerage system.  The basic water lab techniques are also performed to making this system better in the Oman. Most important the Haya project is established to solving such type of the issues in the Oman. The Haya project tackles all kind of the juggling issues that are required to connecting the treatment of the water plant task.

        A significance of the course gives administrators data on in general plant activity and spreads subjects, for example, working systems of day by day, guideline of streams, substance dosing and taking care of, records and reports, plant support, wellbeing and security, crisis conditions and methods, taking care of grievances, and vitality protection. The water treatment process at the HAYA treatment plant, and all other Omani plants, is like most of overall water treatment offices. It conforms to the WHO (World health organization) rules and the (MOH) ministry of health (Miłobędzka, 2015)

References of Fate of micro pollutants in CTP and MBR of Exploring Factors Causing Delays on Wastewater Projects in Oman

A. M. K. Mikola, R. V., 2011. Factors Affecting the Quality of the Plant Influent and Its Suitability for Prefermentation and theBiological Nutrient Removal Process. American Society of Civil Engineer.

Alaraby.co.uk, 2019. Vision 2040: Oman's ambitious strategy towards a post-oil economy. [Online]
Available at: https://www.alaraby.co.uk/english/indepth/2019/4/16/vision-2040-omans-ambitious-strategy-towards-a-post-oil-economy

Al-Kalbani, M. P. M. A. A. A. M. &. O. T., 2014. Vulnerability Assessment of Environmental and Climate Change Impacts on Water Resources in Al Jabal Al Akhdar, Sultanate of Oman. Water, p. 3118–3135..

Calabrese, J., 2018. Oman’s Transition to a Post-Oil Economy: Arching Toward Asia. [Online]
Available at: https://www.mei.edu/publications/omans-transition-post-oil-economy-arching-toward-asia
[Accessed 7 August].

Miłobędzka, A. W. A. &. M. A., 2015. Factors affecting population of filamentous bacteria in wastewater treatment plants with nutrients removal.. Water Science and Technology, wst2015541.

Timesofoman.com, 2018. Oman's economy witnessing a transformation. [Online]
Available at: https://timesofoman.com/article/139624
[Accessed 11 August ].