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Use this utility management plan template to work through plan details and approval, purpose and objectives, scope and covered locations, utility systems inventory, risk and criticality assessment, and roles and responsibilities, giving each action an owner and a due date and tracking it to completion. Records support applicable accreditation and regulatory requirements, manufacturer recommendations and the organization's policies.
14 sections61 questions16 to 30 minutesFree
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Photo Added14 sections · 61 questions · 16 to 30 minutes · Free
Record the organization and the facility or facilities this plan covers.
Record the plan owner and the department responsible for the utility management program.
Record the revision number and the committee or leader who approved this revision.
Record the effective date of this revision.
Record when the utility program is next due for review.
Record what the utility management program is intended to achieve, such as reliable utility operation, reduced utility-related risk and timely response to failures.
Record the operations or patient care activities that depend on utility systems, where applicable.
Record the objectives set for this plan period and who is accountable for each.
Record the buildings, sites and leased or off-site locations the plan covers.
Record the departments and areas in scope, and any areas excluded with the reason.
Record the critical areas where a utility failure would have the greatest impact, such as operating rooms, intensive care, laboratories or data rooms, where applicable.
Is electrical power and distribution in scope? If yes, record the main components and where they are located.
Is emergency or backup power in scope, such as generators, transfer switches or UPS systems? If yes, record the equipment and the loads it supports.
Is HVAC, including ventilation for critical areas, in scope? If yes, record the main systems and the areas they serve.
Are plumbing, domestic water and drainage in scope? If yes, record the main systems and any water management arrangements.
Are medical gas and vacuum systems in scope? If yes, record the sources, distribution and the areas served.
Are steam, hot water or natural gas systems in scope? If yes, record the systems and the areas they serve.
Are communication, nurse call or building automation systems in scope? If yes, record the systems and who owns each.
Are elevators or other vertical transportation in scope? If yes, record the equipment and the areas served.
Record any other site-specific utility systems included in the plan.
For each utility system, record the areas affected and the likely consequence if it fails.
Record the method used to rate utility system criticality.
Record the systems rated high risk or critical and the reason for each rating.
Record dependencies between systems, such as HVAC or medical gas that depends on electrical power.
Record the backup or alternate arrangements for each critical system, and any gaps.
Record the person accountable for the utility management program and their alternate.
Record the facilities or engineering roles responsible for operating and maintaining each system.
Record the responsibilities of department managers, such as reporting problems and taking part in failure response.
Record the contractors and vendors responsible for each system and what their contracts cover.
Record how utility issues are reported to leadership or safety committees, and how often.
Record how inspection, testing and maintenance activities are set for each system, such as manufacturer recommendations, risk assessment or applicable codes.
Record where the maintenance schedule and intervals for each system are kept.
Record who carries out each activity, in-house or contractor, and where the records are stored.
Record how deficiencies found during maintenance or testing are logged, prioritized and followed up.
Record how a utility failure is identified and reported, and who receives the report.
For each critical system, record where the failure response procedure is kept and who is responsible for it.
Record the alternate or backup arrangements to be used during a failure, and how affected areas are supported.
Record the escalation route and when the emergency operations plan is activated.
Record how staff and affected departments are informed during a failure and when service is restored.
Record how failures are reviewed afterwards and how lessons are fed back into this plan.
Record where shutdown controls and isolation points for each system are located.
Are shutdown controls and isolation points labeled? Record any that are not.
Record who is authorized to shut down or isolate each system, fully or partially.
Upload the utility maps, drawings or shutdown diagrams referenced by this plan.
Record how utility incidents, failures and user complaints are logged.
Record what is captured for each incident, such as the system, date, impact and immediate action taken.
Record how root causes are investigated and corrective actions are tracked to closure, where applicable.
Record how recurring problems are identified and escalated.
Record the indicators used to monitor utility performance, such as outages, planned maintenance completion or response times.
Record who collects and reviews the data, and how often it is reported.
Record the trends and improvement opportunities identified this period.
Record the staff who need training on utility systems and failure procedures.
Record the system-specific training provided to maintenance staff and how competency is confirmed.
Record the orientation given to contractors who work on utility systems.
Record where training records are kept and when refresher training is due.
Record where maintenance, inspection and testing records are stored.
Record where utility maps, drawings, equipment manuals and shutdown procedures are stored and who keeps them current.
Record the retention period the organization has set for utility records.
Record the events that trigger a plan review, such as utility failures, new systems, construction, risk assessment changes or changes to regulatory or accreditation requirements.
Record the changes made in this revision and the reason for each.
Record who reviewed and approved this revision.
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Quick answer
A utility management plan template helps a hospital, clinic or other facility write and maintain the plan for managing its utility systems. It records the systems covered, their risk and criticality, who is responsible, how they are maintained and tested, how failures are handled, where shutdown controls are, how incidents and performance are tracked, training, records and when the plan is reviewed. It records the organization's own arrangements and does not by itself meet any accreditation requirement.
A utility management plan, sometimes called a utility systems management plan, sets out how an organization keeps its utility systems reliable and what happens when one fails. This template gives facilities and engineering teams one structured place to write it: the plan owner and scope, an inventory of the systems in use, a risk and criticality rating for each, the people and contractors responsible, how inspection, testing and maintenance are organized, the planned response to a utility failure, shutdown and isolation information, incident follow-up, performance monitoring, training, records and plan review. Each system is marked as applicable or not, so the plan fits the facility instead of assuming every system exists.
The plan defines how the utility management program runs. It is not an inspection: utility rounds and inspection checklists record what was found on a given day, a utility outage response checklist documents the response to one event, and generator, transfer switch or medical gas test records hold the results of individual tests. The plan tells people where those records live and who owns them. In healthcare, accreditation bodies and regulators address utility systems in their own standards, and requirements differ by organization and country, so adapt the plan to the ones that apply to your facility.
A chiller trips on a hot afternoon. The engineer on shift knows where the isolation valve is, but the backup arrangement for the operating rooms was agreed by someone who left two years ago, and nobody can find the drawing.
When the plan is a document written once for a survey, it stops matching the building. The systems change, the contractors change, and the plan quietly goes out of date until the day it is needed.
Utility failures in a hospital are rarely a surprise to the systems, only to the people. A written plan helps you:
A complete plan covers three areas:
Build the plan in this order:
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Book a Free DemoIt is a structured document for writing and maintaining the plan an organization uses to manage its utility systems. It covers the plan owner and scope, an inventory of the utility systems in use, a risk and criticality rating for each, roles and contractor responsibilities, how inspection, testing and maintenance are organized, the planned response to utility failures, shutdown and isolation information, incident follow-up, performance monitoring, training, records and the review process. It is used most often by hospitals and other healthcare facilities, but any facility with critical utility systems can use it.
A utility inspection checklist records whether a system was checked on a given day and what was found. The plan sits above that. It defines which systems are covered, how critical each one is, who is responsible, how often activities are set and where the inspection, testing and maintenance records are kept. Most facilities need both. The plan organizes the program, and the inspection and testing checklists produce the day-to-day records the plan points to, which is what makes the plan something you can actually show is working.
No. An outage response checklist is used during and after one specific outage to document what happened and what was done, from confirming the outage to restoring service. The plan is written in advance. It records the failure response procedures for each critical system, who is responsible for them, the backup arrangements and how failures are reviewed afterwards. When an outage happens, the response checklist records the event, and the lessons from it feed back into the next review of the plan so the same failure is handled better next time.
Only the ones your facility actually has. Common systems include electrical distribution, emergency and backup power, HVAC and critical area ventilation, plumbing and domestic water, medical gas and vacuum, steam, hot water and natural gas, communication and nurse call systems, building automation and elevators. The template marks each system as applicable or not, so a clinic without medical gas or a building without steam is not forced to fill in sections that do not apply. Add any site-specific systems at the end, and rate each included system for risk and criticality.
Not on its own. The template helps you organize your utility systems management program and record your own arrangements. Accreditation bodies and regulators set their own requirements for utility systems in healthcare, and those requirements differ by organization, facility type and country. Check the current standards that apply to your facility, adapt the plan to them, and keep the maintenance, testing and incident records the plan refers to, because surveyors usually look for evidence that the plan is being followed, not just that it exists on paper.

Test medical-gas alarms: area and master alarms, alarm activation, audible and visual indicators, pressure conditions, sensor response, and panel status, with test results.

Inspect a mechanical ventilator for operational readiness: power supply, battery, self-test, alarm functionality, oxygen and air supply connections, breathing circuit, tubing and connectors, filters, sensors, display, and controls, with cleaning and inspection documentation.
Inspect the autoclave or steam sterilizer as equipment: chamber condition, door, locking mechanism and gasket, pressure and temperature indicators, controls and cycle settings, alarms, water supply and drainage, leaks and corrosion, cycle records, and sterilization indicators.
Inspect a multiparameter patient monitor: display, power and battery, alarm system, ECG leads, SpO2 sensor, blood-pressure cuff, temperature probe, cables and connectors, and controls, with physical-condition checks, cleaning, and functional testing.