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Introduction

When setting up a company it is very important to consider different factors before starting to assess the viability of the company in the future, in addition, it helps to do research about the companys success in the targeted market. The research may revolve around the expected operations the company is expected to undertake. This is usually necessary as it gives the entrepreneurs a chance to have in advance a taste of the expected results of the performance of the company they intend to set up. The research is better taken directly from the field as this apart from getting credible data one is able to interact with would be future customers who may even assist with ideas one can sharpen and make even better the initial business plan. Although, there is not much difference between any other company and a garbage collection center; there are different and additional factors that have to be considered before setting up one. There are several factors while setting up a garbage collection point one has to consider, before setting it up in an area. First and foremost, for example, one has to consider the nature of waste being disposed of this is because there is a variety of wastes of which there are equally very many different means of disposing of them.

Presence of customers that is if the area is populated well enough, in addition to the size of the population there is a need to consider age groups spread of the target population as this determines amounts of waste. Secondly, on the nature and number of customers, it is also good to look into the aspect of social status and lifestyles of the people. It is not merely enough to analyze that population is high and conclude that the venture is worthwhile. Thus in addition to the population, it is important to analyze the distribution of age, families, presence of house help which determines the wastage disposed of. This influences the amount of waste or garbage to be disposed of and the frequency of the wastes. Disposal points or locations of the waste collected, legal matters like the permit to undertake such a business in the area are also among the many factors one has to take into consideration. Furthermore, it is of paramount importance to consider the cost i.e. the initial capital required for such undertaking and more to that the government or local council policies which govern the disposal and wastage collection which may work to either the peril or advantage of the venture. Moreover, another factor one has to look at is the composition of the garbage i.e. if the garbage is recyclable or not, to determine whether there are chances to resell and make additional income for the business. This may be beneficial to the company given its income is monthly.

I have had the desire to set up a garbage collection center in either Al Mosoud or Farajhazza. These two areas are well populated and have many residential houses. There are other garbage collectors but due to the large populations, they are not in a position to satisfy the market for collection of garbage within these two locations. The plan is to start the venture before June 2011. The initial capital had already been raised the only hindrances that was on the way was a feasibility report to assess the profitability, nature of work to be undertaken, nature of the customers and their age groups and their impacts on the amount of garbage collected which would be translated to income. To attain the above objectives a research was done to analyse the impacts of family, age and presence of house help in the garbage distribution. The data and results of the research are given, analysed and results and conclusion drawn from it within this paper.

Methodology

I got an opportunity to do my research from a garbage collection company where I had been working as a part time garbage collector for about five months since leaving the school; this was very good opportunity as it would facilitate getting valuable and accurate data that I could work with. The data for this project was collected from the field through the help of staff and the management of the company I was conducting research from. The method applied was direct collection of data and observation. To collect the data I decided to take the two areas I had passion setting my own garbage centre in, among the various areas serviced by this company. In addition, I decided upon these since they had well cut differences in that there were only two colours of garbage bins black and green ones used to collect garbage from these locations which were different from those used in collecting garbage from the other areas. In addition to this these areas were in cross proximity and were the hub of most of the customers serviced by the company. Furthermore it would involve less effort to manage and organize my research team since I had been assigned to be working between these two locations.

The company had a policy of keeping track of garbage quantities and the varieties of garbage collected so as to assess the trend in the market and determine the strategic steps to be taken. This facilitated in the collection of data as I had just to make copies of the work reports which indicated the quantity of waste collected, from which area, different varieties of the waste collected. The research involved collection of garbage, and filling in the work report required by the company as accurate as possible and then making copy which would be the primary data. This was necessitated since I needed wanted first hand information so s to be precise in the decision making and any judgements or estimates I was due to make concerning the venture should be based on factual data. Thus the research involved going to the field and collecting garbage from random sample of people either males or females, families, house hold. These details of status of customers I observed them and recorded on the field, while others like the age I got from the database of the company through the help of the I.T technician. Once the data was collected from the field I had to analyse it, the break down of the analysis is given below.

The aim of the research was to determine the possibility of and the degree to which the nature of customers as a factor that affects setting up a garbage collection centre and again if there was a chance of making profit from selling the recyclable part of the garbage collected. Secondly to determine the best among the two areas under consideration ranks higher than the other, so as the decision of the location to set the business can be made factually.The data given in tables below relates to composition of garbage bins collected in both Al Masoudi and Falajhaza. The data relates to the garbage collected in either the black or green bins during the month of February 2011 from Monday 21 st to Monday 28 th. The percentage of the useful or recyclable composition of garbage collected was determined through sorting and recorded. In a given day garbage collected was separated according to the area it was collected from and given a sample ID either FH for garbage collected from Alajhazza or MA from garbage collected from Al Masoudj. Immediately after sampling from location each bag is determined its weight. After which it was thereafter analysed in different categories of waste products. The composition may compose of plastics, cartons, aluminium wastes, glass, paper, HDPE cans, PET, Mix cartoon, textiles, fabrics, leather etc. Once the garbage bin for a certain day is sampled into respective compositions, then the percentage of each composition in terms of weight is determined and noted. A sample of data summarised is given in the tables below.

Analysis

The table1 below is an example of one of the sample collected from the two areas under consideration, which reveals the type of data that can be collected from the source. Where the garbage collected was analysed as per the date it was collected i.e. from 21 February to 28 February 2010. The garbage was sampled in terms of the location it was collected from e.g. If it was collected from Falajhazza, it was given the code FH while on the other hand if collected from Al Mosoudi it was coded as MA. I analysed data into different compositions as shown so that one could have an idea of the composition of garbage collected. This could also assist to determine the nature of the composition to foretell if there is any feasibility as to which type of wastes are to be recycled or which ones are to be sold off for some income. This was assessed based on the percentage of contamination which implies the higher the percentage the greater the value of the garbage, as it can be resold.

The total kilograms of the garbage collected over the eight day period was 4,549, of which composed of 119.15 Kg for plastic, 88.80 kg for carborn waste, 11.33 Kg aluminum waste, 67.50 kg metal waste, 87.50 kg glass waste , 0. 46 kg of paper waste, 63.69 kg of HDPE cans, 116.55 Kg of PET waste and finally 436.48 kg of mix cartoon waste. The net weight column represent the amount of kilograms of the total weight garbage bag that is recyclable, for example on 21 February garbage from Farjahaza was 170 kg of which 36 kg was contaminated or recyclable which was 21.18 % ( from the % of net recyclables column ) of the total garbage collected. While the total weight column represent the kilograms of garbage which was not recyclable which constituted a given percentage of the total weight as given in the % of (garbage) collected.

Table 1: Composition of Garbage Delivered in Black BIN

SAMPLING  Segregation at Source
Week # 1 Composition of Garbage Delivered (BLACK BIN) (Weekly Summary)
DATE SAMPLE ID Total Weight Garbage BAG
(Kg)
COMPOSITION OF RECYCLABLES (Kg) Net Wt. of Garbage % of Net Recylables Total Weigh Garbage 2 (Kg) % of (Garbage)
Plastic Carton Aluminum Metal Glass Paper HDPE Cans PET Mix Cartoon
21.02.11 FH 170.00 7.60 3.40 1.14 2.10 4.30 0.46 1.5 3.6 11.90 36.00 21.18% 134.00 78.82%
21.02.11 MA 502.00 21.80 24.25 1.25 7.40 8.80 0.00 9.65 15.1 25.40 113.65 22.64% 388.35 77.36%
22.02.11 FH 329.00 15.65 3.60 1.20 8.20 9.75 0.00 7.1 12.55 41.40 99.45 30.23% 229.55 69.77%
23.02.11 FH 336.00 11.15 11.65 0.60 7.00 3.65 0.00 3.95 11 26.55 75.55 22.49% 260.45 77.51%
23.02.11 MA 364.00 10.35 8.80 0.85 3.50 5.70 0.00 5.29 6.8 25.25 66.54 18.28% 297.46 81.72%
24.02.11 FH 264.00 4.35 6.05 0.74 4.55 1.40 0.00 2 3.5 39.35 61.94 23.46% 202.06 76.54%
24.02.11 MA 247.00 5.05 5.50 0.40 2.00 2.90 0.00 2.3 11.6 31.50 61.25 24.80% 185.75 75.20%
25.02.11 FH 281.00 5.90 5.75 0.75 4.65 2.65 0.00 3 4.55 26.05 53.30 18.97% 227.70 81.03%
25.02.11 MA 365.00 6.90 2.80 0.80 6.10 2.40 0.00 2.75 6.35 28.35 56.45 15.47% 308.55 84.53%
26.02.11 FH 361.00 5.65 9.00 1.05 6.05 19.85 0.00 4.85 15.1 40.13 101.68 28.17% 259.32 71.83%
26.02.11 MA 411.00 7.35 0.60 1.20 5.25 3.70 0.00 5.5 4.95 31.25 59.80 14.55% 351.20 85.45%
27.02.11 FH 239.00 6.65 1.30 0.15 2.80 5.45 0.00 5 10.65 27.10 59.10 24.73% 179.90 75.27%
27.02.11 MA 440.00 6.90 4.35 0.95 5.25 10.30 0.00 9.05 5.5 56.10 98.40 22.36% 341.60 77.64%
28.02.11 MA 240.00 3.85 1.75 0.25 2.65 6.65 0.00 1.75 5.3 26.15 48.35 20.15% 191.65 79.85%
TOTAL 4549.00 119.15 88.80 11.33 67.50 87.50 0.46 63.69 116.55 436.48
AVERAGE 7 DAYS
Composition by Percentage 3
Note: 1 = Includes textiles, fabrics, leather etc. which can be reused or recycle.
2 = Recyclable materials in GARBAGE delivery is considered contamination.
3 = Composition based on 7 days average

Table 2: Al Mosoudi Composition of Black Bin Garbage

Black

Al Masoudi Composition of Black Bin (Garbage)
Days Ma1 Ma2 Ma3 Ma4 Ma5 Ma6 Ma7 Ma8
Total (kg) Conta. Total (kg) Conta. Total (kg) Conta. Total (kg) Conta. Total (kg) Conta. Total (kg) Conta. Total (kg) Conta. Total (kg) Conta.
21.2 5 1.8 8 1 3 0.45 6 0.3 13 1 9 2 13 1.5 3 3
22.2
23.2 5 4.2 16 0.7 10 0.45 13 2.95 10 2.1 5 1.1 9 2
24.2 9 3.3 5 1.7 14 4.5 12 1.3
25.2
26.2 31 1.4 10 1.6 17 0.1 22 0.6 13 4.5 10 3.2 3 0.05 7 1.3
27.2
28.2 14 2.55 9 2.05 8 0.1 8 5.8 3 1 6 0 9 1.7
% of Con. 18.1% 16.6% 6.5% 22.5% 22.4% 20.9% 12.6% 23.3%
Days Ma9 Ma10 Ma11 Ma12 Ma13 Ma14 Ma15
Total (kg) Conta. Total (kg) Conta. Total (kg) Conta. Total (kg) Conta. Total (kg) Conta. Total (kg) Conta. Total (kg) Conta.
21.2 8 1.5 12 1.5 14 2.5 3 3 11 2.5 3 0.5
22.2
23.2 8 3.25 11 1.5 17 1.7 10 3.2 10 0.1 16 3 6 3.55
24.2 6 5.5 8 2.85 8 2.5 9 2.5 6 0 5 2.5
25.2
26.2 10 1.55 16 2.95 10 2.4 20 3.6
27.2
28.2 6 2.2 7 0.55 12 2 15 5.3 6 0
% of Con. 54.8% 20.0% 15.3% 24.7% 16.5% 25.2% 27.0%

Table 2 above is an analysis of the quantity of the black garbage collected from Al Masoudi. Whereby it represents the amount of garbage collected from the 15 different samples taken from the area. Each sample is properly classified into the total amount in kilograms and the amounts out of the total which are recyclable. Again for each sample taken the total for the eight days is taken, then totals for the contaminated of the same sample is taken then divide with the total sum earlier to determine the percentage of contamination of the specific sample i.e. For sample one 18.1 % of the sample was found to be recyclable. This is repeated for the fifteen samples within the eight days time period. Sample M A 10 and M A 8 both had the highest the highest percentage of recyclable waste with every thing being reusable, followed by M A 6, M A 9, M A 3 and M A 5 respectively.

Table 3: FalajHazza Composition of Black Bin Garbage

FalajHazza Composition of Black Bin (Garbage)
Days FH1 FH2 FH3 FH4 FH5 FH6 FH7 FH8
Total (kg) Conta. Total (kg) Conta. Total (kg) Conta. Total (kg) Conta. Total (kg) Conta. Total (kg) Conta. Total (kg) Conta. Total (kg) Conta.
21.2 15 1.5 10 1.5 12 5 4 1.9 9 2.95
22.2 8 1.7 9 2.1 10 2.6
23.2 26 2.45 11 1.4 5 1.5 7 0.3 17 1.3 8 2.6 3 2.9 11 1.6
24.2 24 3.74 8 2.45 3 2.3 16 3.75 7 0.9 5 3.2 9 3.65
25.2 13 0.9 24 2.75 17 2.4 3 1 16 2.1 10 3.35 11 5.3
26.2 9 3 12 0.85 17 1.5 19 2.5 7 3.2 11 3.65 9 3.5 10 5.3
27.2 21 0.85 13 4.1 20 2.2 11 5 9 3.5 10 4 12 4.5 6 3.5
28.2
% of Cont. 11.8% 17.0% 16.0% 19.9% 18.9% 34.5% 48.5% 37.7%
Days FH9 FH10 FH11 FH12 FH13 FH14 FH15
Total (kg) Conta. Total (kg) Conta. Total (kg) Conta. Total (kg) Conta. Total (kg) Conta. Total (kg) Conta. Total (kg) Conta.
21.2 8 1.35 9 2.1 26 3.5 6 2.7 12 3.8 13 3
22.2 7 1.25 6 1 19 6 13 2.9 10 6 4 2.8
23.2 3 2.4 8 2.75 16 4 4 1.1 3 2.5 15 5
24.2 10 2.9 7 3.7 15 2 9 2.4 3 2.7 17 3 6 3.55
25.2 11 4.4 9 1.8 14 0.95 18 1.9 9 1.7 12 1.05
26.2 8 6.5 5 1 6 1.5 9 2.5 9 3.5 4 1.5 16 4.5
27.2 9 1.2 13 3 8 4 9 0.75 7 2 11 1.5 13 1
28.2
% of Cont. 35.7% 26.9% 21.1% 21.0% 48.6% 27.8% 26.5%

Table 3 above is an analysis of the quantity of the black garbage collected from FalajHazza. Whereby it represents the amount of garbage collected from the 15 different samples taken from the area. Each sample is properly classified into the total amount in kilograms and the amounts out of the total which are recyclable. Again for each sample taken the total for the eight days is taken, then totals for the contaminated of the same sample is taken then divide with the total sum earlier to determine the percentage of contamination of the specific sample i.e. for sample ten (Ma 10) 26.9 % of the sample was found to be recyclable. This is repeated for the fifteen samples within the eight days time period. Sample F H 13 had the highest the highest percentage of recyclable waste with 48.6 % of the total being reusable, followed by F H 7, F H 8, FH 9and F H 6 respectively.

Green

Table 4: Al Mosoudi Composition of Green Bin Garbage

Al Masoudi Composition of Green Bin (Recyclables)
Days Ma1 Ma2 Ma3 Ma4 Ma5 Ma6 Need help with assignments?

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