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APPROPRIATION COMMITTEE REPORT TO NOVEMBER 2011 STM <br /> will be used for activities that require classroom-size spaces but that are currently being performed under <br /> non-ideal conditions in smaller rooms. The project will include renovation of the modular classrooms at <br /> Bowman and will also provide for improved safety, security, and accessibility at both schools. <br /> Finally, the renovation should have a positive impact on current operating costs. The new, more efficient <br /> systems are expected to provide long-term savings in energy usage and associated costs estimated at <br /> $50,000 per year per building at current energy prices. It is our understanding that there is no plan to in- <br /> crease staff when the project is completed on account of the reconfigurations of space. <br /> Considering the present needs, the risks associated with postponement, and the current favorable con- <br /> struction market and low interest rates, renovating the schools now is prudent. The consequences of post- <br /> poning a comprehensive renovation of these two buildings could include higher annual repair costs in ad- <br /> dition to unpredictable failures in aging building systems. A major system failure could result in costlier <br /> renovations, and the educational program would likely be severely disrupted in the meantime. In addition, <br /> unexpected and significant repair costs would generally be paid from funds within the levy, and the op- <br /> tion to finance a major repair through excluded debt might not be available. <br /> A decision to renovate the existing Bridge and Bowman School buildings rather than replace them is sen- <br /> sible, even though new buildings would have many obvious advantages. The cost to replace either build- <br /> ing would likely be comparable to the cost of replacing Estabrook School, which is currently estimated at <br /> roughly $35,000,000. The prospects of receiving State reimbursement for replacing either Bridge or <br /> Bowman are unlikely for a number of reasons, and there is no expectation that those prospects will im- <br /> prove in the foreseeable future. Thus, the net cost to the Lexington taxpayer of replacing both the Bridge <br /> and Bowman buildings ($70,000,000)would be more than three times the cost of the proposed renovation <br /> project (approximately $22,000,000) that will result in extending the useful lives of the two buildings by <br /> 20 to 25 years. Both the justification of full replacement of the two buildings and the feasibility of raising <br /> $70,000,000 or more are doubtful at best. <br /> Recommendation <br /> The Appropriation Committee considers the renovation of both Bridge and Bowman School buildings to <br /> be the most fiscally prudent way to preserve and leverage our capital assets and meet the needs of our <br /> schools. If the project is not carried out, there will be significant risks of building system failures that <br /> could disrupt the operation of the schools, require emergency expenditures, and substantially raise the <br /> total cost over the long term of maintaining these buildings. Furthermore, the overcrowded conditions of <br /> the buildings would not be addressed — this would undoubtedly continue to have some impact, even if <br /> hard to quantify, upon the educational programs in these buildings. This also appears to be an opportune <br /> time for the Town to get good value for its construction dollars. <br /> The Committee recommends approval of this request (9-0). <br /> Article 3: Appropriate for Fire Funds Funding Committee <br /> Requested Source Recommendation <br /> Communications System <br /> $180,000 GF Approve(9-0) <br /> The current radio system presents a life safety risk to firefighters and the community because it does not <br /> meet the needs of the Fire Department. The Fire Department began the transition from VHF to UHF in <br /> 2006 in an attempt to comply with upcoming FCC regulations and improve communications with mutual <br /> aid departments. The change in frequency and power transmission resulted in a loss in coverage both in <br /> the street reception and efforts to communicate from within buildings or structures. Two sites use leased <br /> copper lines which often cause interference and render the system out of service,preventing the officer or <br /> firefighter from being able to speak to the dispatch center. <br /> Page 9 <br />