|
| Row | Dimension | Stability features of each dimension |
|
| 1 | Economic | Available sufficient sustainable financial sources [24, 49, 50] |
| 2 | Savings in costs and proper manpower use [22] |
| 3 | Proper resource and local facilities application in the project [51] |
| 4 | Improving socioeconomic status [51, 52] |
| 5 | Increasing efficiency and manipulation [52] |
| 6 | Reducing project time |
| 7 | Reducing indirect costs (annual operational costs and maintenance costs) [22] |
| 8 | Promoting infrastructure quality [53] |
| 9 | Savings in energy consumption [24, 52] |
| 10 | The project’s economic efficiency [24, 47, 49–51] |
| 11 | Project sustainable revenues [24, 49, 50, 52, 54] |
| 12 | Reducing construction and facilities installation costs [22] |
| 13 | Social | Providing job for the local manpower [52] |
| 14 | The importance of the sociopolitical nature of the project [49] |
| 15 | Promoting business ethics and prevent corruption [50, 53, 55] |
| 16 | Improving social health [22, 49, 52] |
| 17 | Supporting social security [49] |
| 18 | Accepting the social nature of project [54] |
| 19 | Contributing to justice in social setting [24, 50] |
| 20 | Consumer cooperation rate [52] |
| 21 | Private sector investment rate [25] |
| 22 | Consumer requirements meeting [52] |
| 23 | Finished goods/service safety rate [50, 51] |
| 24 | Environmental | Reducing and managing the environmental reduction [49] |
| 25 | Adopting project with the local climatic conditions [52] |
| 26 | Renewal resources efficiency rate [52] |
| 27 | Preventing water, air, social and noise pollution [24, 25] |
| 28 | Improving environmental hygiene [25, 52] |
| 29 | Reducing nonrenewable resource consumption [25, 52] |
| 30 | Following green provision [22, 24, 51] |
| 31 | Applying new environment friendly technologies and products [24] |
| 32 | Being aware of environmental effects of the project [22, 49] |
| 33 | Industrial management and ability to run recyclable industry [24, 25, 50] |
|
