Stop Managing Laboratories. Start Moving Projects Forward.
The hidden cost of splitting environmental analysis across multiple laboratories—and why we built ETL differently
At a Glance
- The price per sample is only part of the laboratory cost. Separate shipments, chains of custody, contacts, reports, and invoices all add staff time and project friction.
- Multiple laboratories can fragment the project. Turnaround schedules may not align, reporting formats may differ, and important sample details can become disconnected between providers.
- Delays outside the laboratory can be expensive. A missed handoff or late report can hold up demolition, restoration, reoccupancy, insurance decisions, or contractor scheduling.
- ETL was built to reduce unnecessary handoffs. Its model combines broad analytical capability, reliable turnaround, live technical support, and coordinated reporting through one responsive team.
- Clients can consolidate more of their asbestos, combustion-residue, radon, particulate, dust, and coordinated lead-analysis needs into one project workflow.
- The goal is simple: ship once, get the support you need, and spend more time managing the project instead of managing laboratories.
Environmental projects are complicated long before samples reach a laboratory.
Consultants are coordinating field teams, interpreting regulations, documenting conditions, managing client expectations, and keeping contractors on schedule. Industrial hygienists need dependable data before they can make recommendations. Restoration firms may be establishing scope while crews, equipment, and occupants wait. Facility managers and insurance adjusters need clear, defensible findings before approving the next step.
In the middle of all that, laboratory coordination can quietly become a project of its own.
Asbestos samples go to one laboratory. Combustion-residue samples go somewhere else. Lead requires another provider. Radon or particulate samples may follow a separate process altogether.
Each decision may be reasonable. Each laboratory may be technically capable.
But the project becomes fragmented—and fragmentation carries a cost that is easy to overlook.
It appears in separate shipments, chains of custody, submission procedures, contacts, invoices, reporting systems, and turnaround schedules. It creates more opportunities for project information to become disconnected. Most importantly, it takes experienced people away from the work they should be doing: evaluating conditions, interpreting results, advising clients, and moving the project forward.
Over the years, I have come to believe that laboratory strategy deserves more attention during project planning. The question should not only be, “Who can perform this analysis?” It should also be, “How will the entire analytical process support the project?”
That distinction shaped the way we built Environmental Testing Laboratory, or ETL.
We wanted to reduce the number of unnecessary handoffs between collecting a sample and receiving a usable answer.
The price per sample is not the full project cost
When companies compare laboratories, they often begin with the quoted price per sample.
That number matters. It is visible, easy to compare, and simple to include in a proposal.
But it does not represent the full cost of the laboratory process.
The project also absorbs the time required to:
- Sort samples by laboratory
- Prepare and track multiple shipments
- Complete different chains of custody
- Follow separate submission procedures
- Communicate with multiple contacts
- Monitor several turnaround schedules
- Download and organize individual reports
- Reconcile inconsistent sample descriptions
- Process separate invoices
That time does not necessarily appear on a laboratory invoice, but the organization still pays for it.
It appears when a project manager checks several tracking numbers. It appears when a consultant calls multiple laboratories for status updates. It appears when an administrative employee reorganizes reports so the client can tell which documents belong together. It appears when an industrial hygienist has to reconcile sample descriptions entered differently by separate providers.
On one project, that burden may seem insignificant.
Across dozens or hundreds of projects, it becomes a meaningful operating cost.
This is why the lowest analytical price does not always produce the lowest total project cost. Shipping, coordination, administrative labor, and delay all belong in the calculation.
The problem is not specialization. It is fragmentation.
Environmental analysis requires specialization.
Different questions call for different methods, equipment, preparation procedures, analysts, and accreditations. No responsible environmental professional should sacrifice analytical quality simply to make the submission process more convenient.
The problem is not that specialized capabilities exist in different places.
The problem begins when the client is left to manage those capabilities as a disconnected network.
One laboratory may require a printed chain of custody, while another uses a portal. One may organize the project by property address, while another relies on an internal number. Rush authorizations, billing procedures, sample naming conventions, and reporting practices may all differ.
Each system may work well independently.
The burden comes from moving among them.
Someone must remember which laboratory requires what, who to contact, when each result is due, and how every report fits into the larger project.
That may be manageable on a simple assignment involving one material and one decision. It becomes more difficult when a project involves multiple hazards, several work areas, changing conditions, and a client waiting for answers.
Specialization should strengthen the technical work. It should not create unnecessary operational complexity for the customer.
Every handoff introduces another point of risk
Consider a renovation, fire-loss investigation, or complex building project involving asbestos, combustion residue, lead, and particulate analysis.
Using separate providers could mean four packages, four shipping labels, four chains of custody, four tracking numbers, four laboratory contacts, four turnaround schedules, and four sets of reports.
That is a great deal of activity before anyone begins analyzing a sample.
Every handoff also creates another opportunity for information to become separated from the material it describes.
A sample may be placed in the wrong shipment. A rush request may not reach the appropriate person. A project note may not follow the sample to the analyst. Two laboratories may enter the same location differently. A change communicated to one provider may never reach another.
Most of these are small problems.
But environmental projects frequently operate against firm deadlines, and small problems can produce expensive consequences.
A delayed result may keep containment in place, postpone demolition, extend equipment rental, delay reconstruction, hold up an insurance decision, or prevent part of a building from reopening.
The cost of that delay may be much greater than the analytical fee.
Good laboratory coordination cannot eliminate every complication, but it can reduce the number of places where avoidable complications occur.
A project is only as fast as its last required result
A laboratory may meet its individual turnaround commitment and the project can still be delayed.
The asbestos results may arrive Monday. Combustion-residue findings may follow Wednesday. Lead results may arrive Thursday. Particulate results may not be ready until Friday.
The project team must then either wait for the complete analytical picture or begin making decisions with incomplete information.
Neither option is ideal.
Environmental findings rarely exist in isolation. An asbestos result may affect demolition. Combustion-residue findings may influence restoration scope. Lead results may change worker-protection requirements. Particulate findings may affect cleaning recommendations or prompt additional investigation.
When each analysis is managed independently, each laboratory may meet its own deadline without anyone seeing the project’s complete deadline.
That is an important difference.
Turnaround should not be considered only as the number of hours or days between receipt and reporting. It should be considered in terms of the decision the result supports.
Is a contractor waiting to begin work? Is the result holding up demolition? Is an adjuster establishing scope? Is a facility manager determining whether an area can reopen? Is a consultant preparing recommendations for a client meeting?
The laboratory does not need to manage the client’s project, but it should understand how its work fits into that project.
Reliable turnaround depends on capacity and technical performance. It also depends on recognizing issues early and communicating before a delay becomes a surprise.
A project is only as fast as its last required result
Environmental analysis requires specialization.
Clients need appropriate methods, trained analysts, suitable equipment, strong quality systems, and recognized accreditations. No responsible environmental professional should give up analytical quality simply for convenience.
The problem begins when specialization forces the client to manage a disconnected network of laboratories.
Each laboratory may have its own submission process.
One may require a printed chain of custody. Another may use a portal. One may organize reports by project number, while another uses the property address. Rush authorizations, billing procedures, sample naming conventions, and reporting practices may all be different.
Every one of those systems may work well independently.
The burden comes from moving between them.
The customer has to remember which laboratory requires what, who to contact, when each result is due, and how every report fits into the larger project.
That may be manageable on a simple assignment.
It becomes much more difficult when a project involves several hazards, multiple areas, changing conditions, and a client waiting for answers.
The issue is not whether each laboratory can perform its own part.
The issue is whether the overall analytical workflow supports the project.
Reports should answer questions : not create new ones
When multiple laboratories are involved, their reports rarely look alike.
They may use different project names, sample identifiers, terminology, qualifiers, detection limits, file names, and delivery systems.
Someone must bring those pieces back together.
That may require renaming files, correcting inconsistent descriptions, comparing sample locations, creating summary tables, or explaining why documents from the same project appear unrelated.
This is not analytical work. It is administrative work created by fragmentation.
More importantly, inconsistent reporting can separate results from their context.
A laboratory result is most useful when it remains connected to the reason the sample was collected.
Where was it taken? What decision will it support? Does it relate to renovation, abatement, restoration, worker exposure, insurance, or facility management? Which other samples belong to the same area or condition?
When samples are divided among several providers, each laboratory may see only one part of the project. The client must reconstruct the complete picture.
That reconstruction will sometimes be necessary. Highly specialized projects may legitimately require several laboratories. But it should be a deliberate technical decision—not the automatic result of limited coordination.
Access to people still matters
The laboratory industry has become increasingly automated.
Electronic chains of custody, portals, status notifications, and digital reporting can improve organization and speed. These are useful tools.
But a portal cannot replace a technical conversation.
Projects change. Samples are unusual. Materials do not always behave as expected. A client may need to discuss method selection, sample preparation, sample sufficiency, turnaround, reporting language, or an analytical limitation.
Those conversations are often where problems are prevented.
The value of access becomes especially clear when something falls outside the routine process. If the only available response is an automated status screen, the client may know where a sample is in the system without knowing whether the analytical plan still makes sense.
Technology should make communication easier. It should not become a barrier between the client and the people performing the work.
Building Around the Project, Not Just the Sample
ETL provides several forms of asbestos analysis, including PLM, PCM, TEM, point counting, and gravimetric reduction. The laboratory also supports combustion-residue, particulate, dust, and radon analysis. When a project includes lead, we coordinate that portion with Accurate Analytical Testing, our nearby sister laboratory.
The point was not simply to create a longer list of services. It was to reduce unnecessary handoffs while preserving the specialized methods and quality systems the work requires. We wanted clients to have broad capability, dependable coordination, and access to knowledgeable people when a project changed or a question arose.
That model grew from a practical observation: environmental professionals should be managing their projects—not managing a network of laboratories. When more of the analytical process can be coordinated through one accessible team, clients spend less time reconnecting the pieces and more time using the results to move the work forward.
That is why we built ETL differently.
What environmental challenges are you navigating in your facilities? I'd welcome the conversation — drop a comment or reach out directly.
Jeremy Westcott
Jeremy Westcott is Managing Director at Environmental Testing & Consulting, Inc., and a trusted advisor to contractors and facility managers on environmental compliance and enforcement.