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Iranian Journal of Environmental Health, Science and Engineering
Iranian Association of Environmental Health (IAEH)
ISSN: 1735-1979
Vol. 2, Num. 4, 2005, pp. 247-250

Iranian Journal of Environmental Health Science & Engineering, Vol. 2, No. 4, 2005, pp. 247-250


1S. M. Tehrani and *2A. R. Karbassi

1Department of Environmental Management, Graduate School of the Environment and Energy, Islamic Azad University, Science and Research Campus, Tehran, Iran
2Faculty of the Environment, Tehran University, Tehran, Iran

*Corresponding author: Tel: +98 4480 4162, Email:

Received 5 June 2005; revised 15 June 2005; accepted 24 July 2005

Code Number: se05035

This study discusses at a conceptual level, a number of issues related to the application of E-Commerce in introducing local home shopping and its effects on reduction of urban traffic and air pollution due to minimization of energy consumption. This objective has been achieved through a survey among a number of costumers’ community to Farmanieh grocery shopping centers in district 1 of municipality of Tehran in 2006. The ultimate conclusion from considering all data of district’s characteristics as well as emissions and average fuel consumption’s output resulted for about 88 percent reduction in fuel consumption and 20.12 tons/yr of air emissions. The generalization of the calculation is also done for all 22 districts of Great Tehran to show the tremendous amount of changes in air emissions as well as fuel consumptions. Having in mind the urban environmental issues upon the agenda of the country, make the government, business sectors, consumers and also local authorities aware of the environmental potential of local E-commerce and its contributions to more sustainable environment and greening of online grocery and goods shopping in Tehran.

Key words: E-Commerce, home shopping, energy, air pollution, Tehran


The world is experiencing a dramatic societal shift entering into some phenomenon that is so called the information society (Sarkis, et al., 2002). Internet is a media used for both information exchange and sales channels for businesses and consumers, because of the fact than this exchange is fast, convenient, reliable, interactive, global and rich (Li, 2000). Electronic retailers offer lower prices due to the lower costs of market entry and operations, less inventories, less energy consumption, pollution reduction and the most important of all using, the shorter sales chain (Jolfsson and Smith, 2000). Consumers have the opportunity to change their habitat of shopping in order to get benefit of its convenience, speed, lower prices and time saving qualities (Raiyas and Tuunainen, 2000). From the environmental and energy point of view, shopping for online goods and groceries has the potential to reduce energy consumption (OECD, 1999 and Romm, et al., 1999) as well as reduction in environmental emissions (Oremo and Mallin, 2000 and Johansson, 1995). It is a fact that individual transportation to and from the goods and grocery sectors by the customers can be replaced by an integrated transportation system. Due to change of traditional shopping to online system, the responsibility of transporting of groceries is shifted from customers to the online trader's transportation systems (Dolokia, et al., 2002 and Fitcher, 2003). Having in mind the environmental potential of online shoppings, it is believed that a shift from traditional shopping for groceries have its benefits on energy consumptions and also in reduction of air pollutants emissions while the welfare of people being reserved (Caudill, et al., 2000; Gustafsson and Ebasson, 2000).


In order to perform this study, district one amongst 22 municipality districts of Great Tehran was chosen. District one along with its boundaries is about 74 km2 in surface area. Maximum number of shopping centers, rapid population growth, pattern of housing, congested traffic and also the number of private cars that is over 3.7 per capita, made this district a good candidate for the survey. Farmanieh goods and grocery shopping center was selected because it was the second main shopping center in the area. Field survey and also interviews were performed to acquire information. Then, by using all the data collected from public and private organizations, such as types of car, Energy consumption rates and air emission rates from active cars running in the district, the calculations were completed.


In the present investigation, one of the biggest shopping centers was chosen in the north part of Tehran. Farmanieh goods and groceries shopping center is located in north part of Tehran, with 58 goods and groceries stores and a branch of Shahrvand supermarket that attracts too many shoppers per day. The total area of the center is 21000 m2, out of which about 4196 m2 belongs to Shahrvand supermarket and 7000 m2 for its parking area and nearly 9804 m2 for goods and groceries shops. The center is very important as the only shopping complex in the district one. An average number of 2450 cars enter the center every day that is equal to 894250 trips in a year. Through interviews with the customers and various official authorities of the center, the distances of travel to center is computed around 1 to 9 km and as the trips are two ways trips (round trips), the total average of shopping distance is assumed as 10 km (Table 1).

According to Table 2 which considers types and percentile of cars that are active in district one, the energy consumptions considering uphill and downhill can be computed. Thus; the average fuel consumption in the district is equivalent to:

Finally, emission of air pollutants is determined based on the average air pollution emission by each type of cars (Table 3).


Total fuel consumption by 2450 daily travels to Farmanieh shopping center was about 121618 L/yr. In order to evaluate the effectiveness of E-shopping in reduction of air pollutants as well as energy, some assumptions were considered that are tabulated in Table 4. It should be noted that vans are considered as transportation systems with load capacity of 30 orders and an average distance 500 m amongst 30 customers.

Then, fuel consumptions difference between present system of shopping and E-shopping system was calculated as shown in Table 5.

By changing the shopping system from traditional to electronically e-shopping about 991705 l/yr. fuel will be saved, in another word, 81.5% saving will occur. For the calculation of emissions, the average emissions for light duty vehicles in the district one (8.9 g/km by AQCC, 1384) and average emissions for van (79.49 g/Km. by AQCC, 1384) was used.

The results of Table 6 clearly shows that 20.12 ton/yr. reduction in air pollutants occur when traditional shopping is replaced with E-shopping. In other words, in spite of 81.5% in fuel consumption reduction about 25.3% of total air pollutants will be reduced. This is partly due to the higher air pollution emission rates between light duty and heavy duty cars. As it was discussed earlier, the above cited computations were carried out for 2450 trips a day. Now, we can use these calculations for all 22 districts of Tehran city. Now, if it is assumed 4 shopping complexes in each district of Tehran city are suggested. Therefore if in every district in Tehran only 4 online shopping centers start to operate, the total numbers of 88 centers will make a tremendous amount of reduction in fuel consumption and air emissions in Great Tehran (Tables 7 and 8). From the social costs point of view for the total emissions of 20.12 tons, an average amount of 11,183,589 rials have been computed. This amount is related to 10 percent of transportation for shopping. Now, if the calculation is generalized to all 22 districts of Tehran, the total amount of 111,835,890 rials as social costs of emissions will be resulted.

According to FOB price of gasoline in the Persian Gulf (5000 R/L) and with consideration of currency exchange rate about US$ 480 million of energy will be saved. Taking into account the total fuel consumption by cars in Great Tehran that is about 44 billion L/yr, it is obvious that E-shopping through 88 centers can save about 0.2 percent of total cars' fuel consumptions. It should be noted that these 88 centers can only serve 10% of Tehran's population. If through time the shopping pattern of people totally switches over to E-shopping, then 2 percent of total car fuel consumption will be reduced.The local E-commerce, particularly household shopping's (goods and groceries) trade provides the opportunity to design a system that has more efficient management, reduces material consumption, produces less waste and a more efficient delivery system as compared to the traditional way of shopping. If these promising gains are realized, a larger market share of the local E-commerce would raise the chances to achieve these efficiencies. Economic and environmental savings would go further hand to hand with an environmentally consumptions approach for the design and implementation of local E-commerce. This development could significantly contribute to a more sustainable commerce. According to the calculations carried out in this research and having all the assumptions in mind, it is proved that by implementing all the necessities required to carry out e-shopping in district one and also in a larger scale in Great Tehran, could lead to enormous energy saving and air pollution reduction.

Studies Center, Science and Research Campus, IAU for its financial support in this research.


The authors are most grateful to the Strategic Studies C


  • Bakos, Y., (1997). Reducing Buyers search costs: Implication for Electronic market place management. Science.
  • Brynjolfsen, E., Smith,M., (2000). Frictionless commerce: A comparison of internet and conventional retailers. Management Science 46, April.
  • Caudill, R, Luo. P., M. Wirojanagud Z., (2000). Exploring the Environmental impact of ecommerce. On Electronic products:
  • Dholokia, N., Xiao, J., Dholokia, R, and N. Mundorf,, (2000). The impact of retail E-commerce on transportation:
  • Fichter, K., (2003). Soothing out the environmental consequences of E-Commerce., Massachusetts. Institute of Technology. Journal of Industrial Ecology: 25-36.
  • Gustafsson, I., Ebasson, L., (2000). E-commerce and transport, TFK- Nyttinr, 3-4 November.
  • Li, Y., (2000). Greening of local E-Commerce, How to realize the Environmental potential of online, Grocery trade, Lund University.
  • Romm, J., Rosenfeld. A. and Hermann, A., (1999). The internet economy and global warning, A scenario of the impact of Ecommerce on energy and the environment.
  • OECD Report, Organization for Economic Co-operation and Development, (1999). The economic and social impact of E-Commerce, Paris. France.
  • Orremo, F., and C. Mallin, C., (1999). IT, food and environment. An environmental analysis of electronic trade of groceries Lund Institute of technology:
  • Romm. J., (1999).The international economy and global warming. Center for Energy, Climate solution (CECS).
  • Sarkis, J., Meade L. and M. Talluris, E-Logistic and the natural environment. In the ecology of the new economy. Edited by J. Park and N. Roome. Sheffield U.K. Green leaf, 2002.
  • Sui. Z. and W. Rejeski, Environmental impacts of the emerging digital economy. J. Environmental Management, 2002.enter, Science and Research Campus, IAU for its financial support in this research.

© 2005 Tehran University of Medical Sciences Publications

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