High-Efficiency Composting & Soil RemediationThe organic waste produced throughout the value chain in the food industry is quite literally, a never-ending headache for business managers. Different forms of disposal, for instance, landfills, contribute to the severe pollution of the environment, and the generation of greenhouse gases. We identify and alleviate these pain points for our clients with our patented service - high-efficiency composting & soil remediation. the array of biological treatment solutions which we provide, focuses on turning food waste streams into significant drivers of value, thus enabling circular economies and fostering environmental sustainability in the food industry.
Fig 1. Remediation of highly fuel oil-contaminated soil by food waste (Huu T.T., 2018)We employ the most effective biological processes with the aim to convert food waste into compost within a specifically allocated timeframe. In the process of composting, an organic substance is either biodegraded fully or partially under aerobic conditions and facilitates the generation of bio-sources such as bio-micro-granulates, bio-fertilizers, and even humic acids. While striving to alleviate pollution, our novel technology aims to restore the ecosphere and remediate soils by rejuvenating them through returning vital organic matter as well as essential nutrients. In order to achieve the best results and obtain maximum compositional efficiency, advanced technologies such as intelligent composting reactors are used.
The service is primarily built on accelerated aerobic bioconversion. The temperature, moisture, and oxygenation conditions are controlled and maintained, thus supporting the growth of selected microorganisms (bacteria and fungi). We employ specialized consortia of naturally occurring microorganisms that efficiently decompose food waste through aerobic metabolic pathways and enzymatic hydrolysis. The reactors are pre-defined biological environments which enable the users to cultivate specific living organisms, or in this case, microbes. The reactors control factors which are known to influence microbial activity, with temperatures optimum for metabolism and enzymes functioning at their best. This results in a significant decrease in composting time relative to traditional methods. In addition, pathways such as pathogen reduction, odor control, and the generation of stable humic compounds beneficial towards soil fertility and structure are achieved. Post the primary composting stage, specialized techniques of further separation and purification allow for humic acid extraction.
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To address the diverse needs of our clients in the food industry, our company offers a comprehensive suite of services designed to implement and optimize our high-efficiency composting & soil remediation solutions:
CD BioSciences' high-efficiency composting & soil remediation service offers a scientifically advanced, sustainable, and economically beneficial solution for food waste management. By converting problematic waste streams into valuable resources like high-quality compost, functional bio-fertilizers, and humic acids, we empower businesses in the food industry to enhance their environmental performance, improve soil health, and participate actively in the circular economy. Partner with us to transform your food waste challenge into a sustainable opportunity.
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Our products and services are for research use only and cannot be used for any clinical purposes.
