EcoZinc in Action: How Solar-Powered Manufacturing Delivers Both Performance and Sustainability

Summary

Across the global cosmetic and personal care industry, sustainability has shifted from a brand value to a measurable performance metric. Ingredient suppliers are increasingly expected to account for the energy sources behind their production, not just the quality of the finished material. EcoZinc™, developed by Advance ZincTek, reflects this shift. Produced in Australia using on-site solar infrastructure, EcoZinc pairs an established zinc oxide manufacturing process with a lower-impact energy source.

The Changing Landscape of Cosmetic Manufacturing

As sustainability becomes an operational priority, manufacturers across every sector are investing in renewable infrastructure to meet ESG expectations from customers and regulators alike. In the cosmetics and raw materials industries, this matters because mineral processing has traditionally relied on grid electricity and heat-intensive refinement, both significant contributors to a product's embedded carbon footprint. Transitioning to on-site renewable power is one of the more direct ways a manufacturer can lower that footprint without changing the material itself.

Solar-Powered Innovation in Practice

Electricity generated directly from on-site solar infrastructure now drives major stages of EcoZinc manufacturing, reducing reliance on fossil-fuel-based grid electricity. The industrial sector accounts for roughly a third of global energy and process-related CO2 emissions, and direct electrification of industry is projected by the International Renewable Energy Agency to rise from around 28% in 2018 to 35% by 2050 as manufacturers shift toward renewable power sources (IRENA). Facility-level solar adoption is part of that broader shift: US manufacturer Nexteer Automotive, for example, has reported that its solar installation at its Saginaw, Michigan facility is expected to lower greenhouse gas emissions by around 7,000 metric tons a year. For EcoZinc, solar power brings the same directional benefit, alongside added process stability that supports consistent temperature control and reliable output.

Performance Without Compromise

Sustainability in manufacturing should never come at the expense of reliability. EcoZinc maintains the same purity, consistency, and cosmetic compatibility as Advance ZincTek's standard zinc oxide grades. Each batch undergoes the same quality control processes to ensure tight particle-size distribution and consistent performance.

Because the chemistry of the mineral is unchanged by the energy source used to produce it, formulators can expect identical behaviour, from opacity and tone control in colour cosmetics to stability and feel in skincare.

Energy Efficiency in Manufacturing: The Wider Picture

Renewable-powered production sits alongside a broader industry effort to reduce manufacturing energy intensity. The US Department of Energy's Better Plants Program, a voluntary partnership with manufacturers across sectors, sets a target of reducing energy intensity by 25% over ten years. Cumulatively, program partners have reported saving more than $11.8 billion in energy costs and avoiding an estimated 147 million metric tons of CO2 since the program's inception (US DOE / Oak Ridge National Laboratory). This isn't an EcoZinc-specific figure, but it reflects the kind of measurable, program-wide gains available to manufacturers who prioritise energy performance, the same category of commitment behind EcoZinc's solar-powered production line.

Conclusion

EcoZinc is one of Advance ZincTek's mineral ingredient offerings, built for formulators who need organic certification, sustainability credentials, and ingredient transparency alongside standard zinc oxide performance. Manufactured using on-site solar infrastructure, it delivers the same purity, consistency, and formulation behaviour as Advance ZincTek's standard grades, giving brands a certified, lower-impact option without requiring any change to how it performs in formulation. As the industry continues to align with ESG standards and carbon-accounting frameworks, ingredient options like EcoZinc give formulators a way to meet that expectation without compromising on quality.

References

International Renewable Energy Agency. (2023). Industry: Energy Transition. IRENA. https://www.irena.org/Energy-Transition/Technology/Industry

U.S. Department of Energy / Oak Ridge National Laboratory. (2024). Better Plants program leads to carbon reduction, cost savings for US manufacturing. https://www.ornl.gov/news/better-plants-program-leads-carbon-reduction-cost-savings-us-manufacturing

Manufacturing Engineering & Technology. Solar-Powered Manufacturing: A Sustainable Energy Shift. Advanced Manufacturing. https://www.advancedmanufacturing.org/manufacturing-engineering/manufacturers-using-solar-to-help-meet-esg-goals/article_85f85827-c69c-47e5-9681-ba72a1572dea.html