Nano-encapsulation of aqueous ozone as a novel sanitizing solution.

圣劳伦斯学院和安大略省施蒂茨维尔的SmartCone Technologies Inc.的研究小组建立了合作伙伴关系，以评估水基臭氧纳米气泡作为催化剂的有效性，以实现对环境负责的消毒制度。 新冠肺炎疫情增加了对商业、工业和居住空间表面进行卫生和消毒的需要，更不用说公共交通和其他公共区域了。传统化学品司空见惯，对使用者和环境往往很苛刻。 电子传感器和自主工作领域的领先者SmartCone Technologies Inc.一直专注于颠覆目前的传统消毒和消毒方法。该公司打算使用该公司的远程驾驶飞机系统(RPA)的研究成果，也被称为无人机或无人机。该项目旨在使机器人能够促进大规模和专业化的消毒和消毒，通过使用水性臭氧纳米气泡来摆脱传统的苛刻的化学消毒和消毒制度。 这一联合研究项目将重点研究水基臭氧纳米气泡在使用喷雾和喷雾应用方法对表面进行消毒和消毒方面的效率，以促进未来的自主交付。有了这个项目的成果，SmartCone将能够彻底改变大型和复杂表面和结构的消毒和消毒方法。

The research team at St. Lawrence College and SmartCone Technologies Inc. of Stittsville Ontario, have developed a partnership to assess the effectiveness of Aqueous Ozone Nanobubbles as a catalyst for an environmentally conscientious disinfectant regime. The COVID-19 pandemic has increased the need to sanitize and disinfect surfaces in commercial, industrial and residential spaces, not to mention public transportation and other communal areas. Traditional chemicals, which are commonplace, are often harsh on users and the environment. SmartCone Technologies Inc., a leader in electronic sensors and autonomous work, has been focused on disrupting the current conventional sanitizing and disinfecting methods. The company intends to use the research results on the companies remotely Piloted Aircraft Systems (RPAS), also known as UAVs or Drones. This project aims to enable robotics to facilitate large scale and specialized sanitizing and disinfecting to shift away from conventional, harsh chemical sanitization and disinfection regimes by using Aqueous Ozone Nanobubbles. This joint research project will focus on the efficiency of Aqueous Ozone Nanobubbles at sanitizing and disinfecting surfaces using spray and mist application methods to facilitate future autonomous deliveries. With the results of this project, SmartCone will be in a position to revolutionize the sanitizing and disinfecting methods for large and intricate surfaces and structures.