Environmentally Beneficial Compounds
Chemical Oxidation
Environmentally responsible chemical oxidation technology is capable of eliminating a wide variety of industrial pollutants from TCE’s to heavy metals.
Chemical oxidation is not limited by soil conditions or temperature and has been effective throughout the harsh Canadian winter.
Our process is environmentally responsible and leaves bi-products such as oxygen and microbe degradable elements. The proprietary catalyst enables the oxidation product to eliminate the contaminant without going exothermic and remaining within acceptable ph levels, avoiding soil damage.
This advanced chemical oxidation technology is not only environmentally responsible but cost effective and time efficient. It also enables effective in situ remediation.
An advantage of Chemical Oxidation over bio remediation is its ability to degrade contaminants that microbes can’t. Many industrial contaminants, such as chlorinated ethylene’s kill living matter including microbes.
Our unique oxidation product breaks down contaminants into ‘bite size pieces’ enabling naturally occurring microbes to finish the job. Not only does the oxidation product remove the threat to bacteria, its chemical reaction bi-products are powerful nutrients for microbe stimulation.
Browse our featured projects to see the possibilities of our chemical oxidation remediation programs.
In-situ Remediation
In Situ remediation refers to treatment of contamination on site without digging up and removing it. The process of in-situ remediation includes more than just microbial injections. It also includes environmentally beneficial chemical compounds for industrial contaminants that kill microbes, such as Chlorinated Ethylene’s.
Microbes need a specific environment in which to flourish or else they quickly die. Microbes need a combination of oxygen and nutrients to enable them to metabolize contaminants. These micro organisms can die from extreme heat or freeze to death in the winter time. Using special in-house developed techniques Golden is able to overcome extreme climate barriers and create optimum conditions for microbial growth year round.
In-Situ has many advantages over ex-situ (digging it up and transporting it to a dump or remediation facility). One of the greatest advantages to in-situ remediation is the ability to inject microbes or contaminant degrading compounds into and beneath concrete slabs. This new technology eliminates the need to raise a building and dig out the contamination from beneath.
The following lists further advantages of In-Situ remediation:
Minimal disturbance to the environment.
Dramatic cost savings over conventional dig and dump (30% to 60% of conventional costs).
No further risk of spills that may occur in transport.
Environmentally responsible.
Ex-situ (Dig and Dump)
Whenever possible in-situ remediation is the most eco-friendly, cost effective method of remediation. Ex-situ, digging up the soil and transporting it off site brings with it some risks and disadvantages that in-situ eliminates.
Ex-situ is an environmentally damaging remediation processes as it drastically disturbs the environment. Not only is the site radically disturbed, harmful gasses and chemicals are released into the air as contaminants are dug up. The risk compounds as workers are exposed. Great precautions must be taken when transporting contaminants over public highways.
Ex-situ does not solve the contamination problem but moves it to a different location. Many dump sites will not take such contaminants as they leach and may contaminate aquifers. Special requirements must be met to ensure such leaching does not occur.
When Ex-situ must be used, bio piling or on site treatment of excavated material is an environmentally responsible alternative to transportation to a landfill.