The 'NoAir' Coffee Brewing System Removes Trapped CO2
Michael Hemsworth — December 18, 2021 — Art & Design
References: kickstarter & thegadgetflow
The 'NoAir' coffee brewing system is a device for avid coffee drinkers to incorporate into their roster of kitchen gear when seeking out a way to maximize the quality of their daily java.
The unit works by utilizing full-immersion vacuum technology to remove CO2 that is trapped inside of coffee grounds, which will help to prevent carbonic acid from forming within the brewing water. This will maximize flavor extraction and ensure that the quality of the coffee created is as premium as possible.
The 'NoAir' coffee brewing system is suitable for use with crafting hot brew, cold brew, chilled coffee, double-dark hot concentrate, teas and more. The durable construction of the coffee brewer ensures years of continued use.
The unit works by utilizing full-immersion vacuum technology to remove CO2 that is trapped inside of coffee grounds, which will help to prevent carbonic acid from forming within the brewing water. This will maximize flavor extraction and ensure that the quality of the coffee created is as premium as possible.
The 'NoAir' coffee brewing system is suitable for use with crafting hot brew, cold brew, chilled coffee, double-dark hot concentrate, teas and more. The durable construction of the coffee brewer ensures years of continued use.
Trend Themes
1. Full-immersion Vacuum Technology - A disruptive innovation opportunity lies in this technology for other beverage brewing systems, such as tea or beer.
2. CO2 Removal for Quality Assurance - This trend could expand to other industries, such as food manufacturing or pharmaceuticals, to ensure product purity.
3. Multi-purpose Brewing Devices - The 'NoAir' coffee brewing system's versatility could spark innovation in the development of other kitchen appliances that can serve multiple beverage purposes.
Industry Implications
1. Coffee and Tea Equipment - The 'NoAir' coffee brewing system has disrupted the coffee brewing industry by providing a device that maximizes coffee quality by removing trapped CO2.
2. Beverage Manufacturing - The trend of CO2 removal for quality assurance in beverages could have disruptive innovation opportunities in other industries like beer, soft drinks, and juices.
3. Kitchen Appliances - The trend of developing multi-purpose brewing devices like the 'NoAir' coffee brewing system could lead to disruptive innovations in the development of other kitchen appliances.
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