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Techniques

Developed in-house
Since the existing methods and techniques did not meet the BioSoil demands, we developed a broad range of these methods and techniques in-house. We did this in close collaboration with leading knowledge institutions and universities, such as the Netherlands Organization for Applied Scientific Research(TNO), the Delft University of Technology (TUD) and Wageningen University and Research Centre (WUR). These innovations enable BioSoil to offer effective remediation solutions for complex contaminated situations as well. Through BioSoil International and licence contracts these unique methods and techniques are applied in a strongly growing number of countries to fight enormously diverging contaminations. Based on the practical experience the techniques and methods are continuously optimized. New insights and increased technical possibilities also result in new developments.
A number of often applied techniques:

  • In situ
  • Mobile remediation system
  • On site
  • Bioscreen
  • Soil conditioning equipment
  • BBI
  • Dynamic fence
  • Conventional remediation techniques
For more information please contact Martin Slooijer (tel: **-31-78-6820140)

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New contract in Chile
At the end of 2010, BioSoil acquired in Chile a new contract for an on-site remediation. The contract is for the on-site biological remediation of soil contaminated with Phenol. The contamination was caused by the earthquake that hit Chile in 2010, as...

Soil remediation in Chili (Update)
Last summer BioSoil International, through its subisidary BioSoil Chile SpA, succesfully finished the remediation contract of 72 contaminated former drilling pits for oil and gas production/exploration. This year the results in the last pits will be verified...

Thermally Enhanced mobilization and reductive Dehalogenation of a VOC Contaminated Site
ABSTRACT: A pilot VOC remediation is executed in a residential area in The Netherlands. The aim of the pilot is to investigate the efficiency of thermally enhanced mobilization and reductive dehalogenation and to reach groundwater target values of 20 μg/L for PCE, 262 for TCE, 10 for cis...