Enzyme technology

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  • The technology is based on enzymes produced by various ringworm.
  • The ringworm is trained in different ways according to the type of contamination.
  • The enzyme breaks down the various hydrocarbon derivatives and promotes bacterial degradation.
  • Since we do not use artificial materials during the production of the enzyme, it is completely environmentally friendly.
  • The advantage of enzyme catalyzed processes is the high reaction rate. The enzyme is not susceptible to bacteria-toxic compounds.
  • The effect is independent of the concentration of the conntamination organic matter content.
  • Competitive bacteria do not degrade each other's effectiveness.
  • There is no bacterial mutation.
  • Enzyme catalyzed processes take place at a much lower energy level.
  • While the processes without enzymes show that much more energy is needed in the system to complete the process.
  • The above should be interpreted in normal climatic conditions. In extreme climatic or/and geological environments, changes in the enzyme production method are required.
  • The enzyme can also be used in soils, underground water, or even surface water. We successfully applied the procedure in all three cases.
  • Remediation efficiency is 95% for TPH and 50-60% for BTEX.
  • Comparring with the bacteria treatment which stops the treatment at 40 Celsius the enzymatic compound BIOENZYMIX can be applied and is efficient in temperatures exceeding 45 Celsius up to 60 Celsius.