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<br />..,......- <br /> <br />-, . <br /> <br />9 jW-2~ <br />'?M- <br /> <br />STATE OF COLORADO <br /> <br />WATER CONSERVATION GRANT <br />AGREEMENT <br /> <br />THIS CONTRACT made this lst day of Auoust, 1993, by and <br />Department of Institutions, the Division of Mental Health, <br />Mental Health Institute at Pueblo, (the "Contractor") and <br />Department of Natural Resources, Colorado Water Conservation <br />Sherman St., Room 721, Denver, Colorado, 80203 (the "Client"); <br /> <br />between the <br />the Colorado <br />the Colorado <br />Board, 1313 <br /> <br />WHEREAS, authority exists In the law and funds have been budgeted, <br />appropriated and otherwise made available and a sufficient unencumbered <br />balance theory remains available for payment in Agency PDA, Fund Number 424; <br />Organization Code 92YY; Appropriation Code 100; Program Code WTRC; Object <br />Code SIlO; Sub Object Code 27; and Contract Encumbrance Number C~ 3t,.5"z..- <br /> <br />WHEREAS, the Colorado Department of Natural Resources, Colorado Water <br />Conservation Board wishes to contract with the Department of Institutions, <br />Division of Mental Health, the Colorado Mental Institute at Pueblo (CMHIP) <br />for the following services involving grant assistance for the purpose of a <br />pilot program demonstrating the benefits of water efficiency measures: <br /> <br />. Implementing a computerized remote control irrigation system for <br />the Colorado Mental Health Institute at Pueblo (CMHIP) will allow <br />efficient control of lawn irrigation. A centrally controlled <br />system would allow not only changes to be made instantaneously for <br />individual weather events, such as wind and rain, but would also <br />allow seasonal programming changes to be made for different months <br />of the year. This system is capable of balancing zone watering <br />times across the campus without diminishing water pressure in the <br />campus water mains. This allows watering to occur at a more <br />efficient time of day with respect to evapotranspiration. Another <br />feature of this irrigation system involves alarm conditions in the <br />field. <br /> <br />. The expanded irrigation control system would include installation <br />of a central computer and three field satellite units as well as a <br />weather station for accurate on-campus irrigation related weather <br />inputs. This system would be installed by CMHIP personnel with <br />technical assistance as required from the manufacturer's personnel. <br /> <br />. provide publicity and promotion through local newspapers, share <br />results with other entities requesting information concerning this <br />project. <br /> <br />. produce a final report that compares historical irrigation versus <br />minimum theoretical irrigation use, predict what water usage would <br />have been without the irrigation controls and compare with the <br />actual water usage as determined by metering the irrigation control <br />system. <br /> <br />. provide technical assistance and staff support to produce the above <br />products. <br />