Products

Liquid Electron Donor
for Biological CHC Remediation

CHC PCE TCE cis-DCE VC BTEX

ONE^plus is a liquid electron donor for CHC remediation. An efficient, site-specifically adaptable electron donor to promote the microbial degradation of chlorinated hydrocarbons (CHC) under anaerobic conditions.

Optimal Redox Conditions
in Microbial
Decontamination

ORP

RedoxPrep specifically lowers the ORP of the injection water and thus also of the aquifer to ensure optimal anaerobic conditions for in-situ microbial pollutant degradation – ideal as preparation for applications like ONE^plus.

Colloidal Activated Carbon
for PFAS Remediation

PFAS PFOS PFOA CHC

microMAX is a specially developed suspension of colloidal activated carbon and emulsified vegetable oil (ONE^plus®), used specifically for the in-situ remediation of pollutants in the aquifer – especially for poorly mobilizable, persistent substances such as PFAS (per- and polyfluoroalkyl substances).

Highly Effective O² Release Compound
for In-Situ Soil Remediation

BTEX PAH MTBE ETBE VHH

BIOx is an innovative oxygen release compound developed by Planreal to promote aerobic degradation processes directly in the subsurface. The ready-to-use product allows for uniform distribution in the aquifer – without on-site mixing, dust generation, or the additional labor required by many conventional products.

Remediation Additive for
Microbial Pollutant Degradation

BTEX PAH PHENOLS TPH MTBE

metaGain is an innovative remediation additive to support the microbial degradation of BTEX, PAHs, phenols, total petroleum hydrocarbons, and MTBE in contaminated aquifers. The formulation utilizes electron acceptors, such as nitrates, and also contains nutrients and trace elements that promote the growth and activity of microorganisms.

Colloidal Activated Carbon
for CHC Remediation

CHC PCE TCE cis-DCE VC

carbONE is a specially developed suspension of colloidal activated carbon and emulsified vegetable oil (ONE^plus®), used specifically for the in-situ remediation of CHC contamination. The product combines rapid adsorption of CHCs with the promotion of sustainable, complete microbial degradation in-situ – especially with bioaugmentation using cultures containing Dehalococcoides ethenogenes.