The production of Jack Daniels whiskey has been halted due to the spread of whiskey fungus in a Tennessee town. The fungus, also known as black sooty mold, grows on ethanol emissions from distilleries and is harmful to both humans and crops.
The problem has been ongoing for years, but it has recently escalated to the point where Jack Daniels has had to halt production. The fungus is affecting the town’s residents, who complain of respiratory problems, and local farmers, whose crops are being damaged.
The fungus is not unique to Jack Daniels and is spreading throughout bourbon country, pitting the whiskey industry against environmentalists. While distilleries argue that they have a right to operate and provide jobs to the community, environmentalists say that the fungus is a health hazard and that distilleries should take steps to control their emissions.
The town of Lynchburg, where Jack Daniels is produced, has been particularly hard hit by the fungus, which has caused a black sooty film to cover buildings and cars. The company has been working with environmental experts to try and find a solution, but it is not clear when production will resume.
The fungus has also had an impact on other distilleries in the area, with some choosing to install emission control systems to reduce their impact on the environment. However, such systems are expensive and may not be feasible for smaller distilleries.
Despite the economic impact on the town and the whiskey industry, some residents are calling for action to be taken to address the fungus. They argue that the health of the community should be a top priority and that the industry should be held accountable for its impact on the environment.
The spread of whiskey fungus in Lynchburg, Tennessee, has halted Jack Daniels production and is causing harm to both the community and the environment. While the issue is not unique to Jack Daniels, it has highlighted the need for the whiskey industry to take responsibility for its impact on the environment and the health of local communities.