Midori Bio’s Advanced BioRecycle™ Additive: Revolutionizing Waste Management and Renewable Energy Production

Midori Bio’s Advanced BioRecycle additive represents a breakthrough in waste management and renewable energy production. Leveraging cutting-edge biotechnology, Midori Bio’s family of additives transform plastic waste into valuable resources, offering a sustainable, cost-effective solution to two pressing global challenges: waste accumulation and energy demand. This document explores the mechanism behind Midori Bio’s additive and its role in creating renewable energy.



At the heart of Midori Bio’s technology lies a proprietary blend of organic carbon-based compounds meticulously engineered to significantly accelerate the natural bio-decomposition of plastic matter. When introduced to plastic materials including problematic, recyclable and industrial compostable plastics, the additive initiates a rapid breakdown process – while requiring no SOP change to production. The additive catalyzes the natural biochemical reactions, breaking down complex polymer compounds into simpler molecules while also leaving no microplastics.

Simultaneously, the microorganisms in the environment consume the additive-containing polymer matter. As they metabolize the waste, which is frequently found in landfills, these microorganisms release biogas—a mixture primarily composed of methane and carbon dioxide. This biogas, captured by way of landfill gas capture systems, serves as a potent source of renewable energy.


Renewable Energy Production:

The biogas generated through Midori Bio’s BioRecycle additive holds immense potential as a renewable energy source. Methane, the primary component of biogas, possesses significant calorific value and can be efficiently combusted to produce heat and electricity. This renewable energy can power a variety of applications, from industrial machinery to residential heating systems.

Moreover, Midori Bio’s technology promotes a closed-loop system of resource utilization. Instead of allowing plastic waste to accumulate in landfills, where it would sit largely dormant, the additive converts this waste into a clean energy source. By capturing and utilizing methane through biogas production, Midori Bio not only mitigates the impacts of plastic waste but also harnesses renewable energy in a sustainable manner.


Environmental Benefits:

The adoption of Midori Bio’s Advanced BioRecycle additive offers numerous environmental benefits. By converting plastic waste directed to landfills, it reduces the solid volume by approximately 75%. Additionally, the production of renewable energy through biogas creation helps to decrease reliance on fossil fuels, lowering greenhouse gas emissions and combating air pollution.

Furthermore, Midori Bio’s technology facilitates the plastics circular economy by closing the loop on plastic waste management. Rather than viewing waste as a disposable burden, it transforms waste into a valuable resource, promoting resource efficiency and sustainability.


Midori Bio’s advanced BioRecycle additive represents a paradigm shift in waste management and renewable energy production. By harnessing the power of materials science, enzymes and microorganisms, this innovative technology helps convert plastic waste into clean, renewable energy, offering a sustainable solution to global challenges. With its environmental benefits and potential for widespread adoption, Midori Bio’s additive paves the way for a more sustainable future.

For more information and biogas projects, read BiogasWorld’s US Biogas Magazine.

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