Soil Chemistry

Soil Chemistry

Soil Chemistry

Soil testing is important for several reasons:

  • To optimize crop production
  • To protect the environment from contamination by runoff and leaching of excess fertilizers
  • To aid in the diagnosis of plant culture problems
  • To improve the nutritional balance of the fertilizers and biosolids
  • To save money and conserve energy by applying only the amount of fertilizer needed
Soil Chemistry and Geochemistry

Agricultural Soils and Pant Tissue

Agricultural Soils and Plant Tissue

Agricultural productivity depends on the farmland quality.

Analytical Laboratory Services offers a broad range of individual tests to determine the nutrient status in soil and plant tissue, each of which provides different benefits that complement each other. Soil testing provides a basis for responsible land management decisions, which identifies real and potential deficiencies and/or toxicities and helps to optimize crop yield and quality. Plant tissue analysis can be used to monitor nutrient status or diagnose nutrient problems.

In accordance with ISO and SANS standard methods we analyze agricultural soils, plant tissue, biosolids, fertilizer and aggregates.

Biosolids and Fertilizer

Biosolids and Fertilizer

Plants need nutrients to grow, which they take from the soil. If there is a nutrient shortage in the soil, the plants will not grow well, which in turn will reduce crop yield. Therefore, fertilizers and biosolids form an important part in crop yield.

Whether you are producing fertilizers for your own use or for sale, our laboratory can analyze your product to assist in consumer confidence.

Aggregates and Construction Materials

Aggregate are compound mixtures that are most used in building projects. Testing of aggregates is important as the quality of the aggregate will determine the quality of the concrete that will be used.

We offer analyses both on the aggregate and the water used to produce concrete. Here we test the aggressiveness of chemical environment in soil and water, as we know that pH is a main parameter which determines the aggressiveness of soil. Further parameters are: Soluble sulphates, carbonates, conductivity etc.

get your certificate of analysis

1 - Follow the sampling guidelines

2 - Fill out the relevant sample submission form

3 - Contact us

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