Booster Pumps and Boilers and Associated Equipment - Planned and Reactive Maintenance

Tender description

The University of Edinburgh intends to procure contracts for the planned and reactive maintenance of: - Booster Pumps, Expansion Vessels, Pressurisation Units and Associated Equipment - Main Boiler Units and Associated Equipment The tender will include for the option to bid for one Lot or two Lots, and will reserve the right to award to one supplier for both Lots or two different suppliers, one for each Lot. Lot 2: Main Boilers and Associated Equipment The University of Edinburgh wishes to appoint a single contractor to provide planned and reactive maintenance to main boilers and associated equipment, in accordance with manufacturers recommendations and SFG20 Maintenance Task Schedules. The planned maintenance consists of six-monthly visits to inspect, service and maintain the assets. The reactive maintenance consists of repairing equipment and replacing broken components as and when required. This will ensure that the equipment is maintained to the highest standard, reducing unscheduled downtime, improving reliability and reducing energy consumption, running costs and delivering optimum performance from the equipment. Lot 1: Booster Pumps, Expansion Vessels, Pressurisation Units and Associated Equipment The University of Edinburgh wishes to appoint a single contractor to provide planned and reactive maintenance to booster pumps, expansion vessels, pressurisation units and associated equipment, in accordance with manufacturers recommendations and SFG20 Maintenance Task Schedules. The planned maintenance consists of quarterly visits to inspect, service and maintain the assets. The reactive maintenance consists of repairing or replacing broken equipment as and when required. Additionally, the University is looking to carry out a condition based replacement programme during this contract. This will ensure that the equipment is maintained to the highest standard, reducing unscheduled downtime, improving reliability and reducing energy consumption, running costs and delivering optimum performance from the equipment.