Regional Soil Treatment Solutions Across Western Canada and the North
KBL operates a network of soil treatment facilities across Western Canada and the northern territories, providing industrial, mining, government, municipal, construction, and remediation clients with practical options for managing contaminated soil.
Our facilities receive, assess, treat, monitor, and manage approved soil streams in accordance with applicable facility permits, licences, operating plans, and jurisdictional requirements. By providing regional treatment options, KBL helps clients reduce long-distance transportation, control disposal costs, and identify opportunities for the beneficial reuse of treated soil.
Every load is subject to KBL’s profiling and pre-approval process. Acceptance requirements and treatment capabilities vary by facility, jurisdiction, contaminant, and soil characteristics.
KBL’s approach is focused on treatment and responsible material management—not simply moving contaminated soil from one location to another.
Where treatment is technically feasible and permitted, impacted soil can be managed to reduce contaminant concentrations or stabilize contaminants before being directed to an approved reuse or final management pathway.
Depending on facility approvals, treatment results, and jurisdictional requirements, treated soil may be used for:
Landfill cover
Site grading or operational fill
Facility construction and maintenance
Other approved beneficial reuse applications
Compliant final disposition where reuse is not available
Beneficial reuse reduces reliance on virgin aggregate, conserves landfill capacity, and supports a more circular approach to contaminated-material management.
How KBL’s Soil Treatment Process Works
1.
Waste Profiling and Initial Review
Before soil is transported, the client provides available information about the material, including:
Source location
Site history
Estimated volume
Contaminant type
Laboratory analytical results
Physical soil characteristics
Proposed delivery schedule
KBL’s technical and facility teams review the information to determine whether the material may meet the receiving facility’s acceptance criteria.
2.
Sampling and Analytical Assessment
Representative samples are analyzed by an accredited laboratory for the contaminants and parameters relevant to the source site and proposed receiving facility.
Additional sampling or analysis may be required when:
The source is not fully characterized
Results are incomplete or outdated
Contamination is variable
The soil contains unusual materials
Facility-specific parameters must be assessed
3.
Facility Approval
KBL confirms whether the soil is approved for delivery and identifies any conditions related to:
Volume
Delivery timing
Transportation
Segregation
Handling
Treatment
Documentation
Receiving-facility limitations
Soil must not be transported to a KBL facility until written approval has been provided.
4.
Receiving and Inspection
Upon arrival, loads are reviewed against the approved profile and supporting documentation. Facility personnel may inspect the soil, verify shipment records, and conduct additional screening or sampling where required.
Loads that differ from the approved profile may be held, rejected, or subject to further assessment.
5.
Treatment and Management
Approved soil is placed within an appropriate treatment or management area. The selected method depends on the contaminant, concentration, soil properties, environmental conditions, facility approvals, and intended outcome.
6.
Verification and Final Outcome
KBL monitors treatment progress through operational inspections and confirmatory sampling. Once applicable criteria have been met, the soil may be directed to an approved beneficial reuse or final management pathway.
KBL maintains records supporting traceability from receipt through treatment and final outcome.
Soil Treatment Methods
Bioremediation
Bioremediation uses naturally occurring microorganisms to break down petroleum hydrocarbons in soil. Treatment may include:
Aeration
Soil turning and mixing
Moisture management
Nutrient amendment
Temperature monitoring
Periodic sampling
This approach is commonly used for approved soils impacted by fuels, diesel, gasoline, heating oil, and similar petroleum products.
Aeration and Volatilization
Soil may be spread, turned, and aerated to support the reduction of certain volatile compounds. This method may be used alone or as part of a broader biological treatment program.
Stabilization and Solidification
At facilities approved for this work, amendments may be mixed with impacted soil or residuals to reduce mobility, improve handling characteristics, or support an approved reuse or management pathway.
This approach may be considered for certain metals, inorganic contaminants, sludges, or difficult soil conditions.
Segregation and Blending
Soils may be segregated by contaminant type, concentration, physical characteristics, or treatment requirements. Controlled blending may be used where technically appropriate and permitted.
Snow and Water Management
Certain KBL facilities may also be approved to receive contaminated snow or water. Acceptance depends on the specific facility licence, infrastructure, analytical results, and available treatment capacity.
Materials That May Be Accepted
KBL facilities may accept approved materials such as:
Petroleum hydrocarbon-impacted soil
Fuel-impacted snow
Certain metals-impacted soils
Contaminated sediment
Perchloroethylene or chlorophenols impacted soils
Approved industrial soils and residuals
Soil generated through spill response
Soil from tank removals and infrastructure projects
Soil generated through remediation and decommissioning
Other materials specifically authorized by the receiving facility
Acceptance is not guaranteed and varies by location.
Benefits of Regional Soil Treatment
Reduced Transportation and Project Costs
Regional treatment can reduce long-haul trucking, fuel consumption, labour, equipment time, and reliance on distant receiving facilities.
Lower Transportation-Related Emissions
Managing soil closer to the source can reduce kilometres travelled and the greenhouse gas emissions associated with hauling contaminated material over long distances.
Beneficial Reuse Opportunities
Where permitted and supported by treatment results, treated soil can replace virgin material in approved applications.
Extended Landfill Capacity
Using approved treated soil as cover or operational material can reduce demand for newly quarried material while preserving disposal capacity.
Support for Remote Communities
Regional infrastructure gives northern and remote communities more practical options for managing impacted soil within their own jurisdictions.
Regulatory and Technical Oversight
KBL’s profiling, analytical review, treatment monitoring, documentation, and compliance systems support responsible material management throughout the process.
Projects We Support
KBL’s soil treatment services can support:
Spill response and cleanup
Underground and above-ground storage tank removals
Pipeline and utility projects
Mine operations and closure programs
Industrial facility maintenance
Demolition and decommissioning
Brownfield remediation
Road and infrastructure construction
Municipal environmental programs
Government remediation projects
Remote camp and community cleanups
KBL can also coordinate soil excavation, loading, transportation, treatment, reporting, and approved final management as part of an integrated project solution.
KBL’s Soil Treatment Facility Network
KBL Soil Treatment Facility Network
KBL currently operates nine Soil Treatment Facilities across Western Canada and the North. Accepted materials vary by location and are subject to facility-specific profiling, analytical review, approval criteria, capacity, and regulatory requirements.
Location
Approved Receiving Materials
100 Mile House, BC
Hydrocarbon-contaminated soil; gasoline-contaminated soil from service stations; diesel- and heating-oil-contaminated soil; coal-tar-contaminated soil; perchloroethylene-contaminated soil; and chlorophenol-contaminated soil.
Cambridge Bay, NU
Hydrocarbon-impacted soil and contaminated water or snow.
Dawson City, YT
Hydrocarbon-impacted soil, including highly contaminated petroleum hydrocarbon soils, and contaminated water or snow.
Inuvik, NT
Hydrocarbon-impacted soil and contaminated water or snow.
Mount Waddington, BC
Hydrocarbon-contaminated soil; gasoline-contaminated soil from service stations; diesel- and heating-oil-contaminated soil; coal-tar-contaminated soil; perchloroethylene-contaminated soil; and chlorophenol-contaminated soil.
Norman Wells, NT
Hydrocarbon-impacted soil and contaminated water or snow.
Richmond, BC
Metals-contaminated soil; hydrocarbon-contaminated soil; gasoline-contaminated soil from service stations; diesel- and heating-oil-contaminated soil; coal-tar-contaminated soil; perchloroethylene-contaminated soil; and chlorophenol-contaminated soil.
The Pas, MB
Hydrocarbon-impacted soil and contaminated water or snow.
Yellowknife, NT
Hydrocarbon-impacted soil and contaminated water or snow.
Material acceptance is not automatic. All soil, water, and snow must be reviewed and approved by KBL before transportation to a facility. Acceptance depends on analytical results, material characteristics, facility permits or licences, available capacity, and project-specific requirements.
Why Choose KBL?
Regional Infrastructure
KBL provides treatment options across areas where access to approved contaminated-soil infrastructure can be limited.
Northern and Remote Experience
Founded in Yellowknife, KBL understands seasonal access, extreme weather, limited infrastructure, community requirements, and the logistics of remote soil-management projects.
Integrated Transportation and Treatment
KBL can coordinate profiling, excavation support, transportation, receiving, treatment, monitoring, and final material management.
Technical and Regulatory Support
Our technical and facility teams help clients understand analytical requirements, receiving criteria, treatment options, and documentation obligations.
Beneficial Reuse Focus
KBL assesses whether approved materials can be treated and returned to productive use rather than relying automatically on disposal.
Scalable Solutions
Our network supports routine soil deliveries, spill response, major construction work, and multi-year remediation projects.
Frequently Asked Questions
How do I determine whether KBL can accept my soil?
Submit a completed waste profile form with the source location, material description, estimated volume, site history, and available laboratory analytical results. KBL will review the information against the applicable facility criteria.
Can I deliver soil before receiving approval?
No. Written acceptance must be obtained before soil is transported to a KBL facility.
What laboratory analysis is required?
Requirements depend on the source, contaminants of concern, receiving facility, jurisdiction, and proposed treatment pathway. KBL will advise whether the available analytical information is sufficient.
Does every KBL facility accept the same soil?
No. Permits, treatment capabilities, acceptance limits, and operational capacity vary by facility.
Can KBL arrange transportation?
Yes. KBL can coordinate contaminated-soil transportation using equipment and containment suited to the material, project, and receiving facility.
Can treated soil always be beneficially reused?
No. Reuse depends on treatment results, facility approvals, applicable regulations, physical soil properties, and the availability of an approved reuse application.
Does KBL accept contaminated water or snow?
Certain facilities may accept contaminated snow or water. Approval depends on the facility licence, analytical results, infrastructure, and available capacity.
Submit a Soil Profile
To begin the review process, provide:
Completed waste profile form
Source and project location
Estimated soil volume
Site history and source description
Laboratory analytical results
Proposed delivery schedule
Transportation requirements
Primary project contact
KBL will review the submission and advise on acceptance, additional information requirements, pricing, scheduling, and delivery conditions.