Oil-contamination is a global problem, but remediation returns life to the soil and the region.
We provide Bioaugmented Probiotic bacteria. With our deep expertise in soil remediation on several continents, especially in demanding and extreme conditions.
Our bacteria can survive for one month in temperatures ranging from 00C to 800C
Biological treatment processes are nature's own method of treating impurities contained within various waste materials. By establishing optimal treatment conditions at contaminated sites and facilities, we can nurture this natural process to treat waste materials that have various contaminants.
To do this effectively, we carefully select the most appropriate bacteria to introduce into the treatment process and manage them to ensure optimum biodegradation occurs with pollutants or higher hazardous waste concentrations reduced or removed completely. Biological waste treatment processes can render waste non-hazardous and therefore present materials that can be further reused or repurposed.
For effective biological treatment to take place, there has to be a clear understanding of the composition of the waste material to be treated. The operating conditions of the designed biological treatment process also must be carefully controlled in terms of moisture, material aeration and bacteria requirements, to ensure that the deployed process is successful.
Typically, the bacteria used are selected from the natural bacteria population of the country. This eliminates the need to import new bacterial species which may not perform under different conditions. The fundamental principle of the microbiological process is that the bacteria utilise the contaminant as an energy source and alter or destroy the impurity in their metabolism. Gases and other by-products of this form of waste treatment process can also be harnessed and put to good use.
Biological processes can be implemented in various settings, such as natural soil conditions for site remediation, water treatment to reduce nutrients, and in the form of industrial bioreactors.
Biodyne, established by experts from UNSW and IIT, combines technical expertise with GCC industry experience to create custom, sustainable solutions for the Oil & Gas and utility sectors, restoring nature for future generations.
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Biodyne blends global engineering expertise and regional experience to create sustainable, nature-restoring solutions for a better future.