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In 1929, the canalization project on the Ohio River was finished. The project produced 51 wooden wicket dams and 600 foot by 110 foot lock chambers along the length of the river. During the 1940s, a shift from steam propelled to diesel powered towboats allowed for tows longer than the 600 foot locks on the river.
The lock chambers are located at the dam on the Kentucky side of the Ohio River and are capable of a normal lift of 37 feet (11 m) between the McAlpine pool upstream and the Cannelton pool downstream. The hydroelectric plant consists of eight turbine units with a net power generation capacity of 80,000 kilowatts.
The Olmsted Locks and Dam is a locks and wicket dam on the Ohio River ... The lock chambers, completed in 2002, are 110 feet (34 m) wide and 1,200 feet (370 m) long ...
The Robert C. Byrd Lock and Dam, formerly the Gallipolis Lock and Dam, is the 10th lock and dam on the Ohio River, located 280 miles downstream from Pittsburgh.There are 4 locks: one for commercial barge traffic, 1,200 feet long by 110 feet wide; the auxiliary lock is 600 feet long by 110 feet wide; and there are 2 smaller parallel locks.
The Ohio River at Cairo is 281,500 cu ft/s (7,960 m 3 /s); [1] and the Mississippi River at Thebes, Illinois, which is upstream of the confluence, is 208,200 cu ft/s (5,897 m 3 /s). [66] The Ohio River flow is greater than that of the Mississippi River, so hydrologically the Ohio River is the main stream of the river system.
McAlpine Locks and Dam (Only to Shippingport Island, not all the way across river) New Albany and Louisville (Falls of the Ohio) 1830 Fourteenth Street Bridge: Louisville and Indiana Railroad: Clarksville and Louisville 1868, 1919
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As more railroads were built and barges replaced steamboat traffic, dams to raise the river and control flooding made sense. In the early 1900s Congress authorized a system of locks and dams along the Ohio River. In 1929, the canalization project produced 51 wooden wicket dams and lock chambers along its length.