power plant Inland rail transportation Station of origin: Train powered by: Distance City/Town of ……………………… K=...…………………. km electricity diesel oil Transport to: bio-diesel other ................................................. City/Town of ……………………… train station sea harbour river harbour power plant Inland river transportation (flatboats) River harbour of origin: Distance Boats powered by: K=...…………………. km City/Town of ……………………… fossil diesel oil bio-diesel Transport to: other ................................................. Load of the boat City/Town of ……………………… Q=...…………metric tons sea harbour power plant International sea or river transportation Distance K=...…………………. km Contract type Sea Harbour of origin: Free-on-Board (FOB) From City/Town of ……………………… Cost Insurance Freight (CIF) Transfer to: Destination port area
power plant Inland rail transportation Distance K=...…………………. km Station of origin: City/Town of ……………………… Transport to: City/Town of ……………………… train station sea harbour river harbour power plant Train powered by: electricity diesel oil bio-diesel other ................................................. Inland river transportation (flatboats) Distance K=...…………………. km Load of the boat Q=...…………metric tons River harbour of origin: City/Town of ……………………… Transport to: City/Town of ……………………… sea harbour power plant Boats powered by: fossil diesel oil bio-diesel other ................................................. International sea or river transportation Distance K=...…………………. km Sea Harbour of origin: From City/Town of ……………………… Transfer to: Destination port area Contract type Free-on-Board (FOB) Cost Insurance Freight (CIF)
ID5B-Audit-report-on-Energy-and-GHG-Data-SAR-v1-1-Oct16.docx