Selection of Water Reuses Technologies using Multi-Criteria Analysis (MCA)

        This map is showing the shortage of the water in Uk and this is quite good source selection the area or suitable situation for implementing the technology for reusing the water.

To selecting the material or criteria of Selection of Water Reuses Technologies using Multi-Criteria Analysis (MCA)

        It includes the all criteria which are required to selecting the one technology from more technology. It include as all the materials which are used during the experimentation while implementing the technology. It includes the criteria’s for running the MCA for further analyzing and selecting the one most favorable technique for reusing the water.  These criteria for running the MCA can be decided according to the several perspectives. These criteria are described as;

Quality of Water of Selection of Water Reuses Technologies using Multi-Criteria Analysis (MCA)

            There are many scientific characteristic in the water, however, there is the need for test the unwanted chemical so that bacteria that could be harmful for the health and so that the chemicals with bad odours can be removed from the water. In order to make the water clean it is noticed that for the better quality of the water there is the need to compare the technologies so that best technology can be selected for the purification of the water.
Land scape requirement of Selection of Water Reuses Technologies using Multi-Criteria Analysis (MCA)

        For getting the clean water, there should be focus on the water treatment technology as in the major city plants can be placed. There is need to focus on the size of treatment that should be there for the treatment of the water. Best govern treatment under the land scape requirement need to be concerned so that better method can be considered for the practices.
Maintenance of the operation cost of Selection of Water Reuses Technologies using Multi-Criteria Analysis (MCA)
        As the energy consumption is increasing every day and there are costly treatment, however, in this way, the manual expertise labor need to be hired so that problems can be effectively revolved an so that there could be suitable and flexible solutions for the maintenance.
Energy consumptions of Selection of Water Reuses Technologies using Multi-Criteria Analysis (MCA)

        There is the need of the energy for the treatment, in order to achieve the clean drinking water benefit; the lowest power consumption plant can be selected. However, for the high consumption of the water, there is the need to implement the new technologies that may be difficult to obtain.

Infrastructure cost of Selection of Water Reuses Technologies using Multi-Criteria Analysis (MCA)

        In the building of structure, the money invested is simply referred as infrastructure cost and when it comes to this case, the technology of whole water treatment reaching the point where it can easily start operating. Transportation, equipment, labor, land-use, and materials might be included in the start-up capital. 
Efficiency rate of Water Purification Treatment of Selection of Water Reuses Technologies using Multi-Criteria Analysis (MCA)

        The purification of water and its methods are actually governed by the efficiency rate in terms of public distribution. This is actually considered on the most critical elements as UK’s total population reaches 64.1 million and England’s population reaching up to 53.9 million. With such a higher rate of population, the rate of efficiency should be more or less in balance. 
Adjustability to changes of Selection of Water Reuses Technologies using Multi-Criteria Analysis (MCA)

        There is a possibility of sudden modifications whether they are due to natural or man-made reasons. That is why it is important for the treatment plant to adapt with almost minimum improvements and changes for meeting such modifications. The modifications should not have a larger effect on the water’s final quality. 
Environmental Impact of Selection of Water Reuses Technologies using Multi-Criteria Analysis (MCA)

        It is actually an important procedure as there are some units regarding the technology of water treatment which will discharge to biological from a chemical liquid. That is why authentic treatment needs to be considered for minimum waste disposal amount in suitable areas without having to destroy or disturb natural elements. 
Sustainability to Area of Selection of Water Reuses Technologies using Multi-Criteria Analysis (MCA)
        With different factors, the water treatment’s sustainability can actually vary. For instance, the plant’s size, a medium or small sized plant should be recognized for an urban city that is quite busy such as London. When it comes to rural areas, the size doesn’t matter at all because it is not an important issue then. 
Level of Difficulty of Selection of Water Reuses Technologies using Multi-Criteria Analysis (MCA)

        Through complexity, various treatments differ. When a complex treatment system is considered, it harnesses more complexity and will affect the treatment’s total cost as it will be complex to optimize and repair. There is no doubt that with complex treatments, costs increase and it could be due to the installation maintenance, manufacturing processes, and materials which are utilized.

Implementation of the MCA for analyzing the results of Selection of Water Reuses Technologies using Multi-Criteria Analysis (MCA)

        In the research quantitative data collection technique would be used, while for measurements and analysis Multi-Criteria Analysis would be selected. As a comprehensive research method, the purpose of the quantitative research is to separate from ethical and practical meanings to draw estimations and ensure the application of the quantitative formulas having objectivity, and validity. The major advantage of selecting the approach is that it has the capability to transfer data into the quantitative records that were not included in the quantitative records prior to research through interpretive means and data calculations.

        While the purpose of MCA analysis is to research problems through covering various re-using water sites for analysis. In research, there are two major considerations one of these is the accuracy of MCA analysis. Thus planning requires skills and effective principals to bring effectiveness in research. Analysis of multi-criteria should be significant and related to the main problem or research topic. Types of MCA can be divided into technologies randomly. For suggestions and communication professional's feedback about technologies and implications of the technologies is significant (MCA) (Singh, 2017).

        The best suited technology can be selected by using the MCA analysis; this is the best approach which cans calcite they waiting of any variable. By calculating the weightage for each technology by following the above discussed criteria the technology is selected for implementing the experiments. This method will evaluate the weightage of the technology according to the numbers of the criteria here is the 10 criteria for selecting the technology.

This table represents the standard format for analysis of the MCA according to its criteria for selecting the technology.

Limitations of Methodology of Selection of Water Reuses Technologies using Multi-Criteria Analysis (MCA)

            Therefore, this is the major limitation of the study which has been taken into the consideration. The major limitations of the present research are that it is going only to be conducted in the some areas of the country. However, due to the time and resource constraints the researcher is not in an opposition to conduct the study in the whole country. This is the major limitation of the study. In the research study, there isn't sufficient literature review for the optional information. This difficulty can be solved by continuing looking deep on the Internet for white papers, official online stores of insightful research and money related materials and particular diaries.

        This research study is conducted by the observational and experimental research and positivism philosophy within a deductive approach. The data is collected by the experimenting the reusable technologies from quantitative study, as the research pursues to checking impacts of Membrane Bioreactor Solutions, Ultrafiltration Solutions , Reverse Osmosis Systems, Disinfection Technologies counting UV Advanced Oxidation efficiency. The researcher carried out a experimenting the reusable technologies through visiting different sites and then applied data analysis for checking the strength of the experimenting techniques. After checking the strength of the experimenting techniques by the researcher applied multi-criteria analysis (MCA) for analysis of this research study about the impact the reusability of the water.