Organic wastes generated by livestock production, agriculture and food systems represent both an environmental-management challenge and a recoverable source of organic carbon and plant nutrients. Aerobic composting provides an established route for stabilising these materials, but conventional processing commonly requires several weeks or longer and is strongly influenced by feedstock composition, carbon-to-nitrogen ratio, moisture, aeration, temperature, microbial-community dynamics and enzymatic activity. Technologies capable of substantially shortening composting time while preserving maturity, nutrient value and microbiological safety are therefore of considerable scientific, environmental and practical interest.

NovaZyra™ is a proprietary bio-enzymatic composting technology developed for accelerated biological transformation of manure and other biodegradable organic wastes. The platform combines targeted microbial and extracellular enzymatic activity with feedstock-specific optimisation of the physicochemical conditions governing aerobic decomposition. A principal performance benchmark is the achievement of stabilised, mature compost at or near approximately 12 days under suitable feedstock and operating conditions.

The development of NovaZyra™ was informed by earlier technical work on a related bio-enzymatic composting system that underwent an extended institutional research and process-optimisation programme and reported composting within approximately 7–12 days under the conditions investigated. These historical observations provide relevant developmental context but are not treated in this manuscript as direct validation of the current NovaZyra™ formulation.

This technology-framework paper establishes the scientific rationale and proposed mechanistic basis of NovaZyra™, and defines a controlled validation strategy centred on matched treatment-control comparison, time to predefined maturity, nutrient and dry-matter mass balance, compost yield, phytotoxicity, microbiological safety, environmental performance and progressive scale-up. The current formulation has entered field evaluation in multiple countries, providing an opportunity for direct technology-specific validation under diverse feedstock and operating conditions.

A central feature of the proposed framework is the distinction between accelerated biological decomposition, earlier attainment of objective compost maturity, and preservation of final-product quality and safety. Accordingly, the approximately 12-day benchmark is treated as a measurable and falsifiable performance proposition rather than a universal fixed-time guarantee. Reproducible treatment-control data, independent analytical verification, representative sampling and transparent mass balance are therefore identified as the principal requirements for establishing the scientific performance of NovaZyra™ and defining its feedstock-specific operating envelope.

 

Keywords: NovaZyra™; accelerated composting; bio-enzymatic composting; microbial augmentation; organic waste valorisation; manure management; compost maturity; nutrient retention; biological waste treatment; circular agriculture.