Many toxic substances have been introduced into the environment through human activity. Many of these substances eventually come in contact with water or are isolated in soil. These substances vary in level of toxicity and danger to human health and environmental hazards. When it comes to soil remediation Edmonton industries have at hand to remove, reduce, or mitigate toxic substances in soil or ground water from human activities and processes, conventional treatments include soil vapour extraction, pump and treat systems, containment and incineration. Each of these methods suffer from distinct drawbacks and may present some level of risk.
From mining raw materials to transporting products to the resulting application by end users, a variety of threats exist regarding the disposal or accidental spillage of products and chemicals that can result in the contamination of soil, posing health risks to humans, wildlife and other animals, and threaten entire ecosystems. Traditional approaches to soil cleanup or decontamination are labor intensive, expensive, and are no guarantee that the polluting substances are completely removed or destroyed. These methods also can themselves result in abrupt changes to the physical and biological characteristics of the treated environment. When it comes to the most efficient type of soil remediation Alberta industries have to choose from, bioremediation is generally the most effective and least disruptive to the ecosystem.
Remediation Alternatives
Bioremediation utilizes safe, naturally-occurring and beneficial micro-organisms to degrade harmful environmental contaminants and convert them into non-toxic compounds. When it comes to environmental cleanup, the remediation Alberta industries require can vary. For example, with oil spills such as the Exxon Valdez oil spill, the prestige oil spill in Spain, or the Deep water Horizon spill off the Gulf of Mexico, Pseudomonas remediation provides a less disruptive method of cleanup. These organisms can break down most petroleum hydrocarbons, converting them into carbon dioxide (CO2) & water, which is less destructive to marine wildlife. Additionally, this is a sustainable remediation Edmonton area industries welcome, as it produces valuable bio-nutrients that both plant and aquatic life utilizes.
Bioremediation offers a sustainable remediation Alberta industries can employ to detoxify contaminants. It has been demonstrated to be useful and effective in mitigating:
• Metals
• Nitrogen compounds
• Non-chlorinated herbicides and pesticides
• Halogenated organic compounds
• Halogenated organic solvents
• Hydrocarbons
Benefits of Bioremediation
There are a variety of reasons bioremediation is an attractive option for removing contaminates. The following are a few of the advantages of the innovative process:
• The process is “green”. Bioremediation is an ecologically natural and safe “earthy-friendly” process.
• It is cost effective, generally costing 60-70 percent less than other technologies. Traditional cleanups require digging up soil, transporting it to an approved disposal facility for a fee, and replacing it with uncontaminated soil, all of which raises costs.
• No investment in equipment
• Little to no disruption of non-contaminated surrounding areas
• Can treat areas that aren’t easily accessible to other technologies
• No air pollution or air quality concerns from volatile chemical evaporation
• Can be accomplished in place rather than off-site
• No safety risks to employees
• After completion, the environment is restored to its original pristine condition.
From mining raw materials to transporting products to the resulting application by end users, a variety of threats exist regarding the disposal or accidental spillage of products and chemicals that can result in the contamination of soil, posing health risks to humans, wildlife and other animals, and threaten entire ecosystems. Traditional approaches to soil cleanup or decontamination are labor intensive, expensive, and are no guarantee that the polluting substances are completely removed or destroyed. These methods also can themselves result in abrupt changes to the physical and biological characteristics of the treated environment. When it comes to the most efficient type of soil remediation Alberta industries have to choose from, bioremediation is generally the most effective and least disruptive to the ecosystem.
Remediation Alternatives
Bioremediation utilizes safe, naturally-occurring and beneficial micro-organisms to degrade harmful environmental contaminants and convert them into non-toxic compounds. When it comes to environmental cleanup, the remediation Alberta industries require can vary. For example, with oil spills such as the Exxon Valdez oil spill, the prestige oil spill in Spain, or the Deep water Horizon spill off the Gulf of Mexico, Pseudomonas remediation provides a less disruptive method of cleanup. These organisms can break down most petroleum hydrocarbons, converting them into carbon dioxide (CO2) & water, which is less destructive to marine wildlife. Additionally, this is a sustainable remediation Edmonton area industries welcome, as it produces valuable bio-nutrients that both plant and aquatic life utilizes.Bioremediation offers a sustainable remediation Alberta industries can employ to detoxify contaminants. It has been demonstrated to be useful and effective in mitigating:
• Metals
• Nitrogen compounds
• Non-chlorinated herbicides and pesticides
• Halogenated organic compounds
• Halogenated organic solvents
• Hydrocarbons
Benefits of Bioremediation
There are a variety of reasons bioremediation is an attractive option for removing contaminates. The following are a few of the advantages of the innovative process:
• The process is “green”. Bioremediation is an ecologically natural and safe “earthy-friendly” process.
• It is cost effective, generally costing 60-70 percent less than other technologies. Traditional cleanups require digging up soil, transporting it to an approved disposal facility for a fee, and replacing it with uncontaminated soil, all of which raises costs.
• No investment in equipment
• Little to no disruption of non-contaminated surrounding areas
• Can treat areas that aren’t easily accessible to other technologies
• No air pollution or air quality concerns from volatile chemical evaporation
• Can be accomplished in place rather than off-site
• No safety risks to employees
• After completion, the environment is restored to its original pristine condition.
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