Sustainability
Hydroionic provides a cost-effective, comprehensive, hydrometallurgical solution for the purificationand recycling of metal-bearing hazardous wastes ranging from rinsewater and spent plating baths to sludges, battery black mass, and waste catalysts. By leveraging the relative affinities of ion exchange resins, metals such as nickel, copper, lithium, zinc, and chromium can be individually adsorbed and purified to produce high purity and ESG-compliant materials. The reintegration of these recycled raw materials seamlessly back into the supply chain drastically enhances regulatory compliance and circular economic performance. • Cost-effective, automated, and modular definitive solution for the purification and recycling of a wide range of metal-bearing hazardous wastes. • Patented technology integrates specialized ion exchange media of specific affinity, selectivity, and density with a suite of proprietary hydrometallurgical chemical processes; resulting in unapparelled purification capabilities and targeted range of metals. • Recovering metals while purifying and recycling industrial wastes drastically improves environmental compliance and reduces disposal costs while enhancing ESG performance. • Reclamation of toxic heavy metals and their production directly into end user ready raw materials permanently removes threats to the ecosystem.
Sustainability | Green Energy ＆ Environment
This technology aims to mitigate challenges within the broccoli industry, such as concentrated harvest seasons, high susceptibility to environmental fluctuations, and elevated mechanized production costs. By integrating crop physiology data, environmental parameters, and product specification management, coupled with AIoT and UAV-based spectral vegetation index analysis, an intelligent broccoli cultivation management module has been developed. Preliminary results indicate that this module achieves a prediction accuracy for broccoli flowering and harvesting periods within ±4 days, respectively. Moreover, yield prediction accuracy reaches an impressive 94%.
Sustainability | Agriculture
INFINITY SHIRT PROJECT (ISP) is a long-term strategy for fabricating 100% recyclable, sustainable apparel by adopting the mono-component-material principle within a closed-loop system of garment production. Our objectives are to achieve 100% recyclability, eliminate garment waste, and establish a circular economy that meets the needs of sustainable markets. ISP is tailored for enterprise and school uniforms, addressing the latent demand for uniform recycling. By enabling material reuse within a closed-loop system, we significantly reduce natural resource consumption. Through the INFINITY SHIRT PROJECT, we are committed to designing regenerative, recyclable products that contribute to a more environmentally responsible future.
Sustainability | Green Energy ＆ Environment
An automatic portable detection system for pathogenic bacteria includes a water inlet and outlet device, a miniature mixing device, and a detection chip. Through a micro-pump, sample water and multiple reagents are sequentially injected into the microchip for mixing, generating an analyte solution and initiating a color reaction. The detection chip is responsible for detecting the color depth of the analyte solution, converting it into a corresponding voltage value, and generating a test result upon completion of the color reaction.
Sustainability | AgricultureComing soon!
