Phone No.
(780) 450-3957
Oil, gas and industrial sites can present soil-quality questions related to petroleum hydrocarbons, metals, process chemicals, historical releases and site operations.
PBR Laboratories provides analytical soil testing support from Edmonton for industrial, energy, remediation and environmental projects throughout Alberta, Western Canada and Canada.
Depending on the site history and investigation objective, testing may include:
The correct analytical program depends on the site activity, suspected release, process materials, sample location, depth and decision the results need to support.
Industrial soil testing measures selected contaminants and soil characteristics where current or historical operations may have affected site conditions.
Testing may support questions such as:
A laboratory result applies to the submitted sample and should be interpreted with the site history, sampling plan and applicable project criteria.
Testing can help characterize soil potentially affected by fuel, oil or other industrial materials.
Tank farms, fuel storage, loading areas and transfer points may require investigation where releases are suspected.
Process areas can involve different chemicals and metals depending on the operation.
Historical industrial use may indicate a need for targeted soil testing.
Analytical results can help characterize contaminants and affected areas before remediation decisions.
Follow-up testing may help evaluate how measured concentrations have changed at sampled locations.
Petroleum hydrocarbons are often a key concern at energy and industrial sites where fuels, oils or petroleum products are stored or handled.
PBR’s soil service architecture includes petroleum hydrocarbon testing for applicable soil matrices.
Testing can support:
spill investigation → site characterization → delineation → remediation → follow-up monitoring
It means the measured concentration in the submitted sample is above the comparison value used for the project.
It does not automatically determine:
Industrial operations may create reasons to investigate selected metals depending on:
The element list should be based on the actual operation rather than using the same broad panel at every site.
Not necessarily.
Some elements occur naturally in soil, so interpretation should consider:
Soil chemistry may provide useful context alongside contaminant testing.
Depending on the project, PBR can support parameters such as:
These results can help characterize site conditions and support interpretation of contamination data.
PBR’s legacy soil chemistry service information identifies glycols and alcohols among the soil analyses offered.
For industrial projects, these may be relevant where site history or process use indicates a potential concern.
The exact target compound, method and current matrix scope should be confirmed before sample submission.
PBR should not imply that every industrial chemical can be analyzed under a single generic soil panel.
Microbiology may be useful where biological processes are relevant to the investigation.
PBR’s documented environmental microbiology capabilities include areas such as:
It may provide complementary information where:
Microbiology does not replace contaminant chemistry.
Soil and groundwater may need to be evaluated together when contaminants could migrate below the soil zone.
Relevant factors include:
Where groundwater impact is plausible, environmental water testing may be appropriate alongside soil testing.
A refinery, fabrication shop, fuel-storage site and processing facility should not automatically receive the same analytical panel.
A better framework is:
operation history → materials handled → potential release mechanisms → likely contaminants → sampling locations → laboratory testing
This approach reduces unnecessary testing and helps ensure important analytes are not overlooked.
Depending on the site, sampling may focus on areas such as:
The field investigation should determine the actual sampling locations.
PBR’s role is to support the laboratory side with appropriate sample requirements and analytical options.
Industrial contamination can be localized.
Sampling design may need to consider:
PBR’s decision framework emphasizes representative sampling and correct handling when analytical results support site-level decisions.
Ask PBR about containers, sample quantity and handling requirements before field sampling.
A grab sample represents one location or depth and can be useful for targeted source-area investigation.
A composite combines material from several locations.
This can provide an average but may also dilute localized contamination.
For industrial sites, compositing should therefore be used only when it aligns with the project objective.
When contaminants are identified, the next question is often:
How far does the impact extend?
Additional sampling may be needed to evaluate:
How far contamination extends away from the suspected source.
How deep contamination extends below ground.
Laboratory data provide the measured concentrations. The environmental investigation determines how those values are used to define the affected area.
Analytical soil testing can support multiple stages of industrial remediation.
A typical workflow:
Historical review / suspected release
↓
Initial characterization
↓
Delineation
↓
Remediation or reclamation activity
↓
Follow-up sampling
↓
Analytical review
Depending on the site, relevant testing may include hydrocarbons, metals, chemistry and microbiology.
Related Application → Soil Testing for Remediation & Reclamation
An elevated follow-up result may require review of:
The next step should be chosen around a defined question rather than simply repeating the same sample.
PBR Laboratories provides analytical soil testing support from Edmonton, Alberta.
The Alberta market is especially relevant for:
PBR can discuss:
PBR supports oil, gas and industrial soil investigations across Western Canada where environmental projects require chemical or microbiological laboratory data.
The program should be based on the site and process history rather than a generic industrial testing package.
PBR supports Canadian organizations requiring applicable analytical soil testing for industrial and energy-related environmental projects.
The decision pathway is:
site/process history → potential contaminants → representative sampling → analytical results → compare with project criteria → next environmental decision
Industrial soil testing evaluates selected contaminants and soil characteristics where current or historical industrial activities may have affected soil.
The appropriate panel depends on site activities and history. Petroleum hydrocarbons, metals, soil chemistry and other process-related parameters may be relevant.
Yes. PBR supports petroleum hydrocarbon testing for applicable soil matrices.
Yes. Metals testing is available for applicable soil samples, with the target element list based on site history and project requirements.
PBR’s current soil chemistry information identifies glycols and alcohols among the available soil analyses. Specific compounds, methods and current matrix applicability should be confirmed before submission.
Potentially. PBR’s environmental microbiology capabilities include hydrocarbon-utilizing bacteria and other relevant microbial groups, but microbiology should complement rather than replace contaminant chemistry.
Potentially, where the contaminant properties and site conditions suggest subsurface migration could affect groundwater.
No. One result represents the submitted sample and location. Site-wide conclusions depend on the broader sampling and investigation design.
Not automatically. Compositing may dilute localized contamination and should only be used when it aligns with the investigation objective.
Yes. PBR supports clients throughout Alberta, Western Canada and Canada.
Tell PBR:
PBR can discuss available soil testing and laboratory sample requirements before submission.