Amorim announced the launch of Naturity and Xpür, technologies designed to remove detectable TCA from natural corks and to create a new segment of micro-agglomerated stoppers, respectively. Extensive bottling trials with various wineries have yielded exemplary results in measuring the treatment's impact on cork performance, with additional third-party validation trials to be conducted as soon as possible with the Geisenheim Institute in Germany and the Campden & Chorleywood labs in the UK. Another development announced is Amorim's Xpür technology, developed to expand the non-detectable TCA performance for micro-agglomerated stoppers. Xpür improves upon the conventional supercritical CO2 application developed several decades ago, reengineering and upgrading the concept with 21st-century technology. Amorim's new, innovative take on the system uses only 25% of the energy and just 10% of the CO2 previously required. Furthermore, Xpür achieves results of TCA reduction levels to 0.3 ng/L in treated micro-agglomerated stoppers, while leaving the physical-mechanical properties of cork intact. As a result, Amorim's range of micro-agglomerated corks features the highest possible percentage of cork and do not require additional chemical solutions to maintain cork's natural properties, namely the all-important compressibility and expansion rates. Xpür will be employed in the treatment of technical stoppers Neutrocork Premium and QORK – the latter employing an innovative binding agent made using 100% polyols from vegetable origin, and which is expected to reduce the amount of single-use plastic stoppers in the world by several million units.