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<br />RONALD L. HALLEY, JR. <br /> <br />Page Two <br /> <br />Senior Civil Engineer, Engineering Consultants, Inc. . Responsible. as <br />project director. for feasibility and design of the Pranburi flood <br />control and irrigation project in Thailand. Project features included <br />a fifty meter high earthfill dam (3.5 million cubic meter embankment). <br />an irrigation service area of 28.000 hectares and approximately fif- <br />teen kilometers of river training and control diking. The project <br />construction was partially financed through the Asian Development <br />Bank. <br /> <br />Project director on a water resource. inventory study (ground water and <br />surface water) for the eastern three provinces of the Dominican <br />Republic. The inventory included assessmel!t of domestic, industrial <br />and irrigation water requirements as well as preliminary design of the <br />various feasible sites (15 separate projects). The project evaluation <br />included M&I and irrigation water uses as well as hydro-electric <br />potential. <br /> <br />Participated as a member of the field design team in Ceylon to <br />establish project features and designs on a large multi-purpose irri- <br />gation and hydro-electric project involving three dams, two ten kilo- <br />meter tunnels and two hydro-power stations. Irrigable land totaled <br />over 360.000 hectares. The generation capacity for the hydro-power <br />stations were 40 megawatts and 65 megawatts, respectively. <br /> <br />As chief dam designer wi thin a project design team on the Sirikit Dam <br />in Thailand and the Pantabangan Dam in the Phillipines. was respon- <br />sible for design and preparation of 'contract documents on both earth <br />and rockfill dams. The Sirikit Multi-purpose Dam (irrigation and <br />hydro-electric) is a 110 meter high earthfill dam with an embankment <br />volume of 11 million cubic meters. The hydro-power station has a <br />generation capacity of 440 megawatts. <br /> <br />Pantabangan Multi-purpose Dam (irrigation and hydro-electric) is a 115 <br />meter high earth and rockfill dam with an embankment volume of 9.5 <br />million cubic meters. The power station has a generation capacity of <br />100 megawatts. Also served on the design team, as principal dam <br />designer, for the Kremasta earth and rockfill dam (hydro-electric) in <br />Greece. Kremasta is 150 meters high with an embankment volume of 7.5 <br />million cubic meters. The power station has a generation capacity of <br />400 megawatts. The project construction was completed in 1965. <br /> <br />Project coordinator for a municipal water supply project in the <br />Dominican Republic providing potable water for a city of 100.000 popu- <br />lation plus a large industrial complex. The project features included <br />a high head pump station. ten miles of pressure pipeline and treatment <br />f acili ties. <br /> <br />Project engineer for a feasibility study on three irrigation projects <br />with storage dams in the Dominican Republic. Project engineer on the <br />Iron Mountain hydro-electric project in Colorado. The dam was a 200 <br />foot high rockfill structure with a power station of 10 megawatts <br />generating capacity. <br />