
International WYNNBEAR Advanced Innovation, The US/CHN
International WYNNBEAR Advanced Innovation, The US/CHN

Our ultimate goal is to create an advanced living EEMs human system, including almost all food, clothing, housing, shelter, and transportation (in which, food is under development), civil engineering (and some military engineering), basic facilities, infrastructure, in which a safe, healthy and high-quality living EEMs system for life, work, study, travel, and environment for all people living on the earth. And further, we will integrate more active concepts and smart technology to form a high-level living system and sustainable basics for the next generation.
The living EEMs system has a general interest in almost all civil engineering and infrastructure and had been widely accepted in many top conferences in many fields, contains ASCE (many), Canadian Society of Civil Engineering (one had been accepted in advance, other is in processing), IABSE Congress Ghent 2021(two had been accepted), International Association of Building Physics (IBPC 2021, Denmark, two had been accepted), International Water Association (one had been accepted, other is in processing ), Healthy Buildings conference 2021–Europe (ISIAQ) (two had been accepted in advance, other is in processing), fib Lisbon Symposium 2021 (International Federation for Structural Concrete) (one had been accepted, other is in processing), ventilation-2021 (ASHRAE) (in processing), Healthy Buildings conference 2021–America (ISIAQ) (in processing), The 50th Annual National Solar Conference, 2021 (American Solar Energy Society), ACI 2021 Research in progress (American Concrete Institute), 2021 AIAA Propulsion and Energy Forum and Exposition, in processing (American Institute of Aeronautics and Astronautics), and ongoing. One of the important things is the reduction of bacteria, viruses, and particulate matter and indoor microbiome, bioaerosol-related problems, background fungal ecology, and indoor ecosystem. That's what we're doing right now. We use novel advanced technologies and dual air filtration to solve these problems. The initial presentations is as follow:
http://2020.botanyconference.org/engine/search/index.php?func=detail&aid=460
http://2020.botanyconference.org/engine/search/index.php?func=detail&aid=462
A good Indoor Environmental Quality(IEQ) and real healthy air in complex places and sites should like a steak cooked by a cooking master. It must be good in color, smell, and taste rather than a piece of tasteless and dry meat, even though there's no difference in their nutritional content. Delicious food can whet our appetites, and, as a result, make us become strong to prevent some diseases. Undoubtedly, the air goes even farther than food. What is more, you "eat air” 24 hours a day without a break instead of a regular meal.
Similarly, the good IEQ and real Healthy air also need to be refreshing to the heart and pleasing to the eye, and the smell is comfortable
For now, at least, only our advanced technologies and solutions combine with the appropriate beautiful plants and flowers with plentiful oxygen, plant anions, floral, phytoncide, active constituents, and fragrant scents can satisfy such good wishes and goals.
Currently, one of our key tasks is solving the air quality issues for subway stations.
A self-governed aerodynamic flow field had been formed in our device and system. When the device and system is working, which is a partial aerodynamic flow field relative to the whole space of the subway station, and plentiful oxygen, plant anions, floral, phytoncide, active constituents, and fragrant scents with healthy air will be blew into the specific areas of the subway station. Although the piston wind and other temporary turbulence have a transitory effect on the partial aerodynamic flow field, it is stable most of the time. And the self-governed high-quality healthy air area is stable also. We will continuously work on progressive aerodynamic flow field with advanced structure and system for the high-quality, high efficiency and energy-saving partial aerodynamic flow field, which is a novel idea, thought, theory, and a practical solution.
It will be a haven and an island of safety for passengers and MTR's staff and subway employees since the air in the self-governed aerodynamic flow field and the high-quality healthy air area is fresh, healthy, and controllable. Such the self-governed aerodynamic flow field and partial aerodynamic flow field solution is expressly a high-quality, high efficiency and energy saving in Large and Complex Spaces, such as museums, exhibition halls, convention centers, movie theatres, and subway stations, etc.
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Please wait for more. Some of the dimensions, materials, functional parameters, installation and maintenance will be open also. And we will continuously update the detailed contents on 22, 23, and 24, January 2021.
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