Soil & Waste Characterisation

Understanding Your Materials to Reduce Environmental Risk

Understanding Materials for Better Environmental Outcomes

Landloch provides specialist soil and waste characterisation services that help clients understand the physical and chemical properties of soils and waste materials.

Our assessments support environmental planning, rehabilitation, regulatory compliance and sustainable land management by identifying potential risks before they become costly problems.

Soil and waste characterisation understanding soil
Chemical properties

About Our Soil & Waste Characterisation Service

Soil and waste materials are often disturbed and altered during mining, construction and infrastructure projects. Some exposed materials may have problematic physical and chemical properties, including salinity, sodicity, erosion potential, acid-forming characteristics, elevated metal concentrations and radioactivity.

Early baseline characterisation is essential to ensure informed decisions can be made regarding the appropriate management and use of these materials. Landloch provides science-based characterisation programs that help clients understand material properties, identify environmental risks and develop practical management strategies.

Landloch Soil Waste Characterisation

Our experienced material characterisation specialists can assist with:

Supporting Environmental Management

Our assessments provide practical, science-based information that helps clients better understand material behaviour, minimise environmental risk and make informed land management decisions.

Soil and waste characterisation provides the information required to support a wide range of environmental and rehabilitation activities, including:

Need Expert Soil & Waste Characterisation?

Whether you’re planning a new development, assessing environmental risks or developing rehabilitation strategies, Landloch provides the specialist expertise and scientific data needed to support confident project decisions and long-term environmental outcomes.