We believe that through consultation, application of sound science, and use of appropriate technologies truly sustainable solutions can be developed to meet irrigated agriculture, environmental and urban water demands from limited fresh water supplies and under changing climate.
In 1962, Dr. Jack Keller, then professor of Irrigation and Agricultural Engineering at Utah State University, formed Keller Engineering as a vehicle to provide consulting engineering services to clients world-wide. In 1978, Bliesner Engineering was formed by Ron Bliesner and Jack and Ron began working together providing consulting engineering services in the United States and abroad. In 1981, Keller Engineering and Bliesner Engineering merged to become Keller-Bliesner Engineering with Jack and Ron as the two partners.
Over the years, the firm has grown with the addition of Andrew Keller and Brian Westfall as partners. Jack Keller passed away in 2013. Today, Keller-Bliesner Engineering, LLC constitutes an association of 7 engineers plus technical and office support staff based in Logan, UT.
Sustainable development and management of water resources requires a broad understanding of the inter-relationships between the competing agricultural, urban and environmental uses, both presently and with an eye to the future. Keller-Bliesner Engineering uses its broad experience in water resource planning in agriculture and the environment to examine water resource problems holistically. We have a reputation for innovative solutions to difficult water resource problems and are experienced in solving these problems in a collaborative rather than confrontational manner.
The increased demand for food, and now bio-fuels, together with competition for water for urban and environmental uses places pressure on agriculture to produce more crop with less water. Keller-Bliesner Engineering is experienced in and committed to development and management of high efficiency, cost-effective, sustainable irrigation at any scale. We have worked with small growers in third-world countries, large commercial farms and entire irrigation districts to improve their systems and operations to produce more “crop per drop”.
Urbanization in agricultural areas brings unique challenges and opportunities. Historically this interface has been problematic. Keller-Bliesner Engineering is committed to an integrated approach to community planning that incorporates the needs of both sectors and lessens impacts to the environment. For example, linking the unique features of agricultural water transportation facilities with open space needs and finding synergistic opportunities of water exchange can create a more compatible interface between urban and agricultural land use.
KB-ET is a Microsoft Windows software application designed to calculate the daily consumptive irrigation requirement (CIR) for a single crop or crop mix using one of five reference ET methods, FAO-56 style crop curves and historical weather data. Keller-Bliesner Engineering is pleased to offer no-cost software licenses for KB-ET. Licenses are available upon request.