b'RENEWING LEARNING ENVIRONMENTSLessons from Missouris Science Lab UpgradesBy Dave Patton, PEPCO, Inc.F or facilities directors and plant managers, modernizing aging science labs has become one of the most visible and rewarding challenges in todays schools . Across Missouri and the Midwest, decades-old labs are being transformed into dynamic, flexible learning environments that better support STEM instruction, collaboration, and safety . The lessons learned through these projects offer valuable insights for anyone charged with maintaining and improving educational facilities .Assessing the Starting Point Balancing Durability and Cost Coordination and ExecutionMany school districts begin theirBudget pressures often lead districtsOnce design and materials are renovation journey with labs that haveto weigh initial cost against long-termfinalized, clear coordination between served faithfully for 30 or more years.performance. While imported furniture orcontractors, suppliers, and installers Common issues include worn casework,lightweight materials may seem appealingdetermines the projects success. Many outdated plumbing and electrical systems,at first glance, their replacement cycleMissouri districtsincluding St. and limited workspace adaptability.can be far shorter than more durableGenevieve, Sullivan, and Montgomery Successful renovations start with aalternatives. Missouri schools such asCounty High Schoolshave achieved thorough assessment of these existingWashington and Mound City Highsmooth installations by maintaining conditions. Plant managers can provideSchool have found success using solidtransparent communication channels essential input by noting recurringwood construction with phenolic oramong all stakeholders. Plant managers maintenance challenges, ventilation issues,epoxy resin topsmaterials that resistplay a key role by ensuring site or safety concerns that may not appear onchemicals, water, and impact whilereadiness and verifying that utilities architectural drawings. maintaining their appearance for decades. align with final casework layouts before Collaboration early in the planningDurability also contributes to lifecycleinstallation begins.phase is critical. Involving teachers,savings. A properly designed and installedAnother often overlooked factor is maintenance staff, and installers helpslab can function with minimal repairs forlead time. Custom laboratory furniture ensure that the new lab meets both20 years or more, offsetting its upfrontand tops can require several months instructional and operational needs. Forinvestment. Administrators increasinglyof production, and synchronization instance, Pacific and Union High Schoolsrecognize that long-term value, notwith flooring, plumbing, and electrical updated dual science rooms with modernlowest bid, defines true cost-effectiveness.contractors is vital. Establishing realistic surfaces, upgraded utilities, and layoutsPEPCOs experience across hundreds ofschedules and contingency plans that allow flexible use across chemistry,labs has shown that consistent, high- minimizes classroom disruption and biology, and physical science. Thesequality hardware and standardized partsprotects both budget and quality.upgrades not only improve instructionreduce downtime and simplify future but also simplify long-term maintenance. renovation phases.24|SCHOOL PLANT MANAGER MAGAZINE|WINTER 2026'