Modeling The Assessment Of Technogenic Risks Impact At Arctic Enterprises
Table 2: Forecasting the volumes and areas of oil spills in the water area
| Accident | Volumediesel fuel spill, m3 | Spill area SGC onwater areas, m2 | Time after the start of diesel fuel discharge into the Yenisei River, s | The distance to which the DF slick spreads downstream of the Yenisei River from the place where the stream flows into, calculated by the analytical method, m | The distance to which the DF slick spreads downstream of the Yenisei River from the confluence of the brook stream, calculated by the neural network method, m |
| Destruction of the onshore process pipeline in the area of possible impact on the lake | 92.42 | 235 | - | - | |
| 670 | |||||
| 990 | |||||
| 5400 | |||||
| 640 | |||||
| 300 | |||||
| Destruction of the onshore process pipeline in the area of possible impact on the stream | 92.42 | 772.5 m2 - area of pollution of the stream+30817 m2 - area of pollution of the Yenisei River | 3600 | 7668 | 7560 |
| 7200 | 15336 | 15210 | |||
| 10800 | 23004 | 23432 | |||
| 14400 | 30672 | 31072 | |||
| Destruction of the onshore process pipeline in the area of possible impact on the Yenisei River | 92.42 | 31604 m2 - area of pollution of the Yenisei River | 3600 | 7668 | 7468 |
| 7200 | 15336 | 15131 | |||
| 10800 | 23004 | 23127 | |||
| 14400 | 30672 | 30821 |