B Industries establishes the asset register, assesses condition against recognized standards, quantifies the gap and develops the maintenance program — for schools, healthcare facilities, warehouses and small manufacturers.
Two disciplines applied together: the condition of the buildings, and the reliability of the equipment within them.
Buildings classified to ASTM E1557 UNIFORMAT II and condition-rated element by element, producing a Facility Condition Index, a deferred maintenance backlog and a ten-year capital renewal plan.
Detail →Equipment registers with criticality ranking, preventive maintenance task plans developed failure-mode first, and the distance between current and target practice quantified in labor hours and dollars.
Detail →OEE definition and measurement, KPI and OPI development, loss analysis, and energy and utilities cost reduction. Offered where the maintenance program is already established and throughput is the binding constraint.
Seven major groups, 22 group elements, 79 individual elements — the same structure used for building cost estimating, so condition data aligns with the way costs are organized.
Three conditions govern whether an assessment can be relied on. The classification must follow a recognized standard, so that a second assessor reaches the same structure. The aggregation method must be stated, because weighting by replacement cost and taking a median produce different results from identical field data. And the field record must capture the distribution of condition across an element rather than a single overall impression — a roof 70% failed and 30% sound is not a fair roof.
Each report states the aggregation method applied and the limits of the assessment.
A schedule derived from assumption is abandoned under pressure. A schedule derived from criticality and failure modes is defended. The difference is the analysis behind it.
Recorded on site, not estimated from an inherited spreadsheet.
Tasks specified failure-mode first: the condition being checked and the mechanism it detects.
Current practice, target practice, and the labor cost of the difference.
A program dependent on external presence has not been delivered.
Each equipment class is placed on a tier, current state against target. The distance between two strategies is a quantity, not an opinion.
| Maintenance Strategy | What is scheduled | Definition |
|---|---|---|
| 0Reactive | Nothing scheduled | Work is carried out on failure. Most small sites remain here across much of the asset base. |
| 1Operator Care | Routine checks by operators | Short daily and weekly checks performed by the people running the equipment. |
| 2Essential Care | Visual inspection and basic care | The minimum standard for a defensible program. |
| 3Planned Maintenance | Full time-based PM | All tasks scheduled, including calibration and functional testing. The usual requirement for regulated sites. |
| 4Condition-Based | PM plus condition monitoring | Vibration, thermography, ultrasound, oil analysis and motor circuit testing where the asset justifies it. |
Not every asset warrants a condition-based strategy. Determining which do is the substance of the work.
Organizations that own buildings and equipment but hold no asset register, no condition baseline and no capital plan.
Buildings acquired across decades, capital requests driven by the most recent failure, and no defensible figure for a board or a bond vote.
In pre-1990 buildings, hazardous components abatement is frequently the largest single liability and the one least often priced. It is assessed under F2020 and costed.
Clinical equipment availability, alongside building systems carrying life-safety obligations that facility teams frequently hold alone.
UNIFORMAT II has no dedicated medical gas element. Medical gas and vacuum are assessed under D2090, isolation and theatre air handling under D3090, nurse call under D5030 and isolated power under D5090 — each identified in the report.
A large envelope, limited building services, and a slab carrying more load than is generally acknowledged.
Four elements carry most of the risk: slab on grade, roof coverings, sprinkler systems and yard pavement. Scope is set accordingly.
Maintenance held by two or three people with largely undocumented knowledge, and a capital plan that functions as a wish list.
Process equipment outside the building fabric remains in the equipment register rather than being forced into the building classification. Both are assessed; neither is conflated.
Calibration, requalification and environmental monitoring obligations carried in the same schedule as routine maintenance.
Calibration, functional testing, electrical safety testing, environmental monitoring and periodic requalification are discrete procedure types in the library, not annotations on a PM.
Reporting obligations requiring a condition measure on a defined scale and cycle, without the internal capacity to produce one.
Reporting is available against UNIFORMAT II or the FTA ten-component breakdown, on the five-point TERM scale, with the aggregation method stated.
An organization cannot prioritize what it has not counted, and a plan built on assumption does not survive a busy period.
A complete register: building elements to UNIFORMAT II, equipment with make, model, serial, condition and criticality.
Deferred maintenance against replacement value for the buildings. Current maintenance effort against target for the equipment.
Condition severity weighted by criticality, renewal driven by remaining useful life.
Registers, schedules and job plans handed to the client team, with training to operate them.
Field data is recorded, aggregated and reported in the same tool. There is no transcription step between the survey and the deliverable.
The Facility Condition Index for the portfolio, the condition profile of every asset coded A to F, and work ranked by severity against criticality.
Each of the 79 UNIFORMAT II elements carries field guidance: components to inspect, common defects, the basis for scoring, and triggers for qualified review.
The result is consistency between assessors, which is the precondition for comparing one building with another.
Ratings roll up through the UNIFORMAT hierarchy using the method selected at the start of the survey: weighted by replacement cost, weighted by criticality, or median. The method is stated in the report.
Facility details, classification standard and level, the good-repair determination against the stated threshold, and the full elemental table with quantity, distribution, rating and cost.
Renewal expenditure by year, driven by remaining useful life. Elements at end of life fall in the current year.
The proportion of the equipment base in service, the cost of returning the remainder, and maintenance arrears — for one site or the whole portfolio.
Every asset with make, model, serial and location taken from the rating plate, condition coded A to F, criticality ranked and priority scored.
Overdue and due-within-30-days schedules, printed as the week's work list. Recording a completion date advances the next due date automatically.
A library of 1,317 equipment and instrument classes and 2,944 procedures comprising over 22,000 tasks, covering building services, process equipment and healthcare and GxP assets.
Condition monitoring is held separately from time-based PM, and calibration separately from both.
Each equipment class placed on a tier, current against target, with the difference costed at the client's fully loaded labor rate.
Screens show demonstration data. Facility names are generic; client estates are not used as examples.
Assessment programs fail more often from over-scoping than under-scoping. A survey running nine months is superseded before it is delivered.
| Engagement | Typical scale | Deliverable |
|---|---|---|
| Condition baseline | One building, 1–2 days on site | UNIFORMAT II Level 3 assessment, FCI, deferred backlog, elemental report, photographic record. |
| Portfolio screen | 3–12 buildings, Level 2 pass | Comparable condition ratings across the estate, directing capital before a full survey is commissioned. |
| Capital plan | Follows a baseline | Ten-year renewal profile by year and by system, with the assets driving each year listed and costed. |
| Equipment register | 1–3 days per site | Every asset recorded, condition coded, criticality ranked, priority scored, condemnation list produced. |
| PM program build | Follows a register | Task plans by class, frequencies set against criticality and staffing, job plans printed or loaded into the CMMS. |
| Maturity gap analysis | Can stand alone | Current maturity against target, class by class, costed in hours, dollars and FTE. |
| Roof and aerial survey | Add-on, half a day | Drone imagery of roofs and facades where access is restricted, referenced to the elements it evidences. |
Most engagements begin with a single building or site.
No. A CMMS is a system of record for work orders. What is generally missing is the content it depends on: a complete register, a criticality ranking and reasoned task plans. B Industries produces those and hands them over in a form the existing CMMS accepts.
Where no CMMS is in place, the field tools will run a small estate independently.
The field tools operate entirely offline. They are installed to a tablet or phone once; the survey, the calculations and the report are produced on the device. Nothing is transmitted unless the file is sent deliberately.
Plant rooms, roofs, basements and rural facilities are where connectivity fails and where the assets are.
The client. An engagement is a single file issued to the client and retained by them. Nothing resides on a third-party server by default, and the task library is read by the tool rather than embedded in the records.
Yes. The two are separate services. Neither is a prerequisite for the other.
Where both are engaged, they run against one engagement file and share the site list, so a facility surveyed once appears in both — but each tool edits only its own half, and the buildings and equipment work remain separable in the deliverable.
For buildings, in nearly all cases. It is an ASTM standard (E1557) also used for building cost estimating, so condition data aligns with the way costs are structured and a second assessor reaches the same breakdown. For transit and certain public estates with their own reporting obligations, reporting against the FTA ten-component breakdown on the same five-point scale is available.
What matters more than the choice is that it is declared. An assessment that does not state its classification and aggregation method cannot be verified, repeated or compared against the following year.
It is a condition assessment, not a structural engineering report, a hazardous materials survey, a code compliance audit or a valuation. Where an element requires a qualified specialist — structural movement, asbestos, a fire engineering judgment — the report identifies and flags it. That boundary is stated in the method section of every report.
Yes. The tools were developed in part for facilities where power, connectivity and spare parts are all constrained. The condition codes distinguish equipment repairable on site from equipment awaiting parts or external service, which is the distinction that governs what happens next.
UNIFORMAT II elemental audits with inspector guidance across all 79 elements, capital renewal planning, and roof and aerial survey.
Equipment registers with criticality scoring, maintenance schedules, printable job plans from a 1,300-class library, and costed maturity gap analysis.
Available separately or together. Where both are engaged, a single engagement file carries the facility and equipment work in parallel.
An initial conversation covers the extent of the estate, the records currently held, and the decision the assessment is intended to support.
wallacebarasa@gmail.com (269) 267-5870