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Outside the automobile and aircraft industries, automation of another sort also began to emerge in the early twentieth century. Engineers in the chemical industries, where it was common to employ complex, continuously operating processes, developed a form of automation beginning in the 1930s. There large-scale reactions such as the "cracking" of petroleum were monitored and controlled from centralized control rooms. Sensors and actuators, often in the form of pneumatically operated devices, connected the control room to the plant itself. Despite great differences between the chemical and metalworking industries, engineers by the 1940s also described this as part of the same general automation movement. Similarly, the growing size and complexity of electric power plants in the post-1945 period stimulated experiments with centralized control of the boilers, steam turbines, generators, and switch gear associated with the stations. Relying on pneumatic or electrical controls, the power industry thus also developed a distinctive variety of automation. With the advent of nuclear power in the 1950s, the design of this type of centralized automation reached a high state. The control room of a nuclear plant, filled with switches and dials, became an easily recognized symbol of the industry by the 1970s, when many such plants were in operation. There were also nonindustrial applications of automation. A prime example is the sorting of mail, which was done almost entirely by hand until the 1950s. The Post Office sponsored a far-reaching program to automate sorting processes, installing its first semiautomatic mail sorter in Baltimore in 1956. By 1965, the Post Office had installed its first optical character recognition device, which allowed a machine to sort some letters according to their city, state, and ZIP code.