Service Contracts & Maintenance Programs

Yes, and it is a large share of this work. We start with a survey: what is actually installed, how it is configured, what the documentation says and where the existing records are. That survey frequently surfaces the reason a system has been troublesome, because recurring faults in sanitary systems are far more often design or installation artefacts than component failures. Only then do we propose a maintenance scope.

It scales with the asset list, the response commitment and how much consumable stock is held for you. A contract covering scheduled maintenance on a single water system is a very different number from one covering water, CIP, autoclaves and chillers with an out-of-hours response commitment. What we will not do is quote a day rate and call it a contract, because the day rate is the least important number in the agreement.

That is a contract term rather than a general claim, and it should be written as a defined time to respond and a defined time to attend, with an escalation path. The honest constraint is travel: a plant two hours from a crew base gets a different commitment than one six hours away. We would rather write a response time we can meet every time than a headline number we meet when convenient.

Like-for-like replacement generally does not, provided it is genuinely like-for-like and documented. The risk is drift: a gasket in a different material, a pump with a slightly different impeller, a valve from another manufacturer because the original had a lead time. Each is defensible alone and collectively they can invalidate the qualification argument. The contract should say who decides when a repair has become a change.

Work performed, date, who performed it, parts fitted with their identification, measurements taken and anything found that was not on the schedule. That last category matters most, because the observation that a surface is starting to rouge or a valve is passing slightly is what lets you plan work instead of reacting to a failure. Records are handed over in a form you can put in front of an inspector.

Where the contract calls for it, yes, and it is usually worth doing for the small number of parts whose absence stops production. The analysis is simple: for each consumable, how long is the lead time and what does an hour of downtime cost. Gaskets, seals, filter elements and UV lamps are cheap to stock and expensive to wait for. Large items are usually better handled by planning than by stocking.

It has to be, in practice. Most of what we do on live plants happens in planned windows, during a shutdown or between campaigns, and the planning matters more than the work. The scope that needs the system drained, cooled and released is grouped into a single outage rather than spread across several, because each return to service costs testing time before the system can be used again.

Three things, repeatedly. A real asset list, so scope disputes are inevitable. A documentation clause, so there is no maintenance evidence when an inspector asks. And any provision for derouging or repassivation, which on a hot high-purity loop is not an unexpected event but a scheduled certainty that nobody budgeted for until the surface failed.

Yes, and it is worth putting on the same schedule as the rest of the plant. Recertification to ISO 14644-2 needs the room in a defined state, so it competes for the same production downtime as water system sanitization and piping work. Planning them together usually costs one outage instead of three, which is the single largest saving available on a maintenance program.

Use the form on this page or call 201-450-8280. The useful starting point is a list of the systems you want covered and any documentation you already hold, including original qualification packages if they exist. For systems we did not install we will normally propose a survey first, because writing a maintenance scope without knowing what is actually installed produces the generic contract this page argues against.

A condition and documentation survey first, because inheriting maintenance without knowing the installed state and what records exist means inheriting problems without their history. The survey usually identifies the first year of worthwhile work on its own.

By checking material, dimensions, surface finish and certification against the original rather than just the part number, because suppliers change specifications. An assumed equivalent that differs in elastomer material is a change presenting itself as maintenance.

Work orders with what was done, by whom, when, with what parts, plus calibration certificates, test results and any deviations found. The records have to be in a form the site can hand to an inspector without reformatting them first.

Because on a regulated system the maintenance record is part of the evidence that the system remained in its qualified state. A cheaper contract that produces records the quality organisation cannot use costs more at the first inspection than it saved all year.

Who is called, in what order, at what point, and who has authority to approve out-of-hours work and expedited parts. Escalation left undefined is the reason responses stall overnight and at weekends.

Critical spares with long lead times belong on site, because the point of holding them is to remove lead time from an outage. Consumables and common items can sit with the contractor. The list is built from what actually fails and what takes longest to obtain.

Who issues permits, what induction and training the contractor needs, the escort requirement, and the lead time for arranging all of it. Access administration rather than the work itself often determines how quickly a response actually starts.

Against agreed measures such as completion of scheduled work on time, response achieved, repeat failures and documentation delivered complete. Without measures, a contract renews on familiarity rather than on performance.

Scheduling and supporting particle count, airflow, filter integrity and pressure testing for cleanrooms, plus water, clean steam and compressed air sampling against the site specification. Independent certification is arranged where independence is required.

Purified water and Water for Injection sampling against the system's own specification, clean steam quality testing, and compressed air and process gas testing where those contact product. The sampling plan comes from the site's validated programme rather than from a standard schedule.

From the equipment manufacturer's recommendation adjusted by the site's own failure history and the criticality of the system. Intervals that never change are usually either wasteful or inadequate, because the history is the information that should be updating them.

Vibration, thermography and performance trending catch degradation before failure, which converts an unplanned outage into a planned one. On rotating equipment serving a critical process, that conversion is usually worth more than the monitoring costs.

Yes, and it is the main reason multi-site operators use one contractor. One documentation format and one set of procedures means the corporate quality group reviews one thing rather than reconciling several.

Which activities are maintenance and which are changes, who notifies whom, what documentation each produces, and how an emergency repair is handled when there is no time for the normal route. The emergency case is the one most contracts leave undefined.

With a survey of the installed systems and their documentation, a scope built from criticality rather than from equipment count, and an agreed record format. The survey usually finds the first year's most valuable work on its own.