Uses of bioaugmentation

This review also initiates a discussion regarding new Uses of bioaugmentation areas, such as nanotechnology and quorum sensing, that should be investigated to improve the efficiency of wastewater bioaugmentation. Greater amounts of oxygen can be provided by contacting the water with pure oxygen or addition of hydrogen peroxide H2O2 to the water.

Previous measures to treat this problem was an aerobic-anoxic-oxic system, solvent extractions, stream stripping, and biological treatment. Also, some highly specialized microorganisms are not capable of adapting to certain site settings.

Some just need to improve the "critical 5" parameters. Similarly, reduction of sulfate to sulfide sulfidogenesis can be used to precipitate certain metals e. The examples above have shown that relying on autochthonous microorganisms alone was not as reliable as other techniques since usually, the remediation percentages after supplement application microbes or nutrients were generally higher than control.

Rather than using standard cleaning agents like bleach or ammonia, crime scene cleaners use enzyme cleaners to rid the scene of harmful substances.

What Are Examples of Bioremediation?

Aftermath does not remediate environmental pollutants. The addition of appropriate concentrated microbial blends to handle specific waste types completes the approach. There are several companies that handle oil spill and contaminated soil cleanup.

Environmental pollutants continue to be a major global concern. Grease accumulates in sewers and grease traps. View previous table Soils contaminated in the field were collected and comparatively studied for Uses of bioaugmentation effect of microbes and nutrients on the overall degradation of diesel TPH over a 12week study period by Bento et al These approaches involve the use of genetically engineered microorganisms and gene bioaugmentation.

The research design was done to compare the process of combination therapy with bioaugmentation. Because of the diversity of the microorganisms and enzyme systems, incorporated into this product, it is excellent for use in Municipal and Industrial Wastewater applications.

Introduction Industries require a supply of clean water, while at the same time, they generate huge amounts of wastewater that is contaminated with various toxic compounds.

In turn, among biotic factors the most important is the selection of proper microorganisms that can not only degrade contaminants but can also successfully compete with indigenous microflora. However, bioremediation processes can potentially be used to reduce the mobility of these material in the subsurface, reducing the potential for human and environmental exposure.

Bioaugmentation

Bioventing is a process that increases the oxygen or air flow into the unsaturated zone of the soil which increases the rate of natural in situ degradation of the targeted hydrocarbon contaminant. Many used to simply place dirt over the pit, but it is far more productive and economically beneficial to use bioaugmentation.examples of bioremediation technologies are phytoremediation, bioventing, bioleaching, landfarming, bioreactor, composting, bioaugmentation, rhizofiltration, and biostimulation.

3 Types of Bioremediation Examples

Bioremediation is an option that offers the possibility to destroy or render harmless. Bioaugmentation is the application of specifically selected bacteria (microbes) into a wastewater treatment system to enhance the system performance in some way.

Successful bioaugmentation treatments depend on the use of inocula consisting of microbial strains or microbial consortia that have been well adapted to the site to be decontaminated. Foreign microorganisms (those in inocula) have been applied successfully but their efficiency depends on ability to compete with indigenous microorganisms.

To support successful bioaugmentation strategies, along with enhancing biodegradation kinetics of the target pollutant, the use of molecular techniques is required (monitoring both the survival and/or activity of the added microorganisms).

Due to the effectiveness and lower cost of bioremediation, two methods were used to cleanup after the Deepwater Horizon oil spill. Bioaugmentation. The injection of a small amount of oil-degrading microbes into an affected area. Every spill has different characteristics- the type of spill, its location to sensitive environments, availability of physical, chemical, and biological tools, and other environmental considerations need to be considered before implementing bioaugmentation (Cerniglia et al.).

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Uses of bioaugmentation
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