Common use of Flow Clause in Contracts

Flow. (1) Designed Flood: ______ cubic meters/s (m3/s). (2) Check Flood: ______ cubic meters/s (m3/s). (3) Designed Maximum Discharged Flow: ______ cubic meters/s (m3/s). (4) Designed Maximum Discharged Flow: ______ cubic meters/s (m3/s). (5) Maximum. Power Generation Flow: 36.7 cubic meters/s (m3/s).

Flow. (1) Designed Flood: ______ cubic meters/s (m3/s). (2) Check Flood: ______ cubic meters/s (m3/s). (3) Designed Maximum Discharged Flow: ______ cubic meters/s (m3/s). (4) Designed Maximum Minimum Discharged Flow: ______ cubic meters/s (m3/s). (5) Maximum. Maximum Power Generation Flow: 36.7 _____cubic meters/s (m3/s).

Flow. (1) Designed Flood: ______ cubic meters/s (m3/s). (2) Check Flood: ______ cubic meters/s (m3/s). (3) Designed Maximum Discharged Flow: ______ cubic meters/s (m3/s). (4) Designed Maximum Minimum Discharged Flow: ______ cubic meters/s (m3/s). (5) Maximum. Maximum Power Generation Flow: 36.7 676.2 cubic meters/s (m3/s).

Flow. (1) Designed Flood: ______ cubic meters/s (m3/s). (2) Check Flood: ______ cubic meters/s (m3/s). (3) Designed Maximum Discharged Flow: ______ cubic meters/s (m3/s). (4) Designed Maximum Discharged Flow: ______ cubic meters/s (m3/s). (5) Maximum. Power Generation Flow: 36.7 25.52 cubic meters/s (m3/s).

Flow. (1) Designed Flood: ______ cubic meters/s (m3/s). (2) Check Flood: ______ cubic meters/s (m3/s). (3) Designed Maximum Discharged Flow: ______ cubic meters/s (m3/s). (4) Designed Maximum Discharged Flow: ______ cubic meters/s (m3/s). (5) Maximum. Power Generation Flow: 36.7 34.86 cubic meters/s (m3/s).