Battery Technology Viability Assessment
Modelling Purpose: To explore competitive advantage over incumbent battery technology.
Chemistry of Growth’s founder modelled a cutting-edge battery manufacturer’s breakthrough discovery in wearable battery technology. An analysis of both the manufacturing process and the novel chemistry was performed, identifying savings for both technologies compared to traditional wearable device batteries. This analysis also provided a commercial evaluation of various patentable aspects, highlighting the most economically advantageous elements to inform a frugal patenting strategy.
Circular Economy Profitability Model
Modelling Purpose: Visualise a fullscale process and project potential future profitability.
Chemistry of Growth’s founder collaborated with a startup spinning out of an Australian university, modelling its innovative process for high-value organics recycling from stone fruit. The techno-economic analysis pinpointed previously unidentified key process units essential for scaling-up the technology, revealing areas that required further research for optimisation. Additionally, the study highlighted specific knowledge gaps that, when addressed, could unlock significant profitability potential. These insights not only underscored new pathways for enhancing the process but also identified future patentable opportunities that could offer the startup a strong competitive advantage in the market.