Zero Valent Iron (ZVI) Remediation Services For Soil And Groundwater In Ontario
-
based in CANADA
Harnessing powerful reducing compounds to chemically mitigate impacts in place. The other half of a redox reaction, chemical reduction results in the gain of electrons. One of the reactants in the reaction is oxidized, losing electrons; the other reactant is reduced, gaining electrons. In In-Situ Chemical Reduction (ISCR), reducing compounds—compounds that accept electrons given by other ...
-
based in CANADA
Chemical reduction is an effective remediation technique to address organic pollutants. Reductants works by accepting an electron and safely degrade/destroy the contaminant. Our expertise with reductants including zero valent iron (ZVI) allows us to ensure the right reductant is applied for the ...
-
Manufactured by SiREMbased in CANADA
Reduced metals are used to abiotically enhance remediation for a wide variety of contaminants in groundwater and soil/sediment. SiREM performs both microcosm and column studies for reduced metals applications using granular, nano-scale and micro-scale zero valent iron (ZVI), zero-valent magnesium, zinc and reduced iron minerals (e.g., siderite). Reduced metals microcosm studies are constructed ...
-
based in CANADA
A relatively recent in-situ method of environmental remediation, Chemical Reduction uses powerful reducing compounds to chemically treat contaminated soil and groundwater in place, or ...
-
based in CANADA
Combining approaches for innovative solutions to complex impacts. By understanding the chemistry and biological processes occurring, IRSL can custom-develop hybrid treatment systems for individual sites. Examples of this includes the use of chemical oxidants with oxygen-releasing materials to promote both activated oxidation (high pH activates the oxidants) and bioremediation using the oxygen ...
Need help finding the right suppliers? Try XPRT Sourcing. Let the XPRTs do the work for you