Garbage odor has long been a persistent challenge in urban operation and industrial production, posing threats to human health, environmental quality, and public well-being. The pungent smell originates from the decomposition of organic matter by microorganisms, which releases a complex mixture of malodorous compounds including hydrogen sulfide, ammonia, volatile organic compounds (VOCs), mercaptans, and sulfur ethers. These substances not only cause discomfort such as headaches and nausea but also undermine air quality and even become potential vectors for disease transmission.
Traditional odor control methods often fall short—chemical deodorants may mask odors temporarily but risk secondary pollution, while simple adsorbents like activated carbon have limited effectiveness in high-concentration odor environments. As global awareness of sustainability and occupational health grows, there is an urgent demand for solutions that address odors at the source rather than just covering them up.
Against this backdrop, Garbage Deodorant emerges as a targeted innovation. Classified as a biological deodorizer, it leverages advanced biotechnology to fill the gaps in traditional products, offering a balance of efficiency, safety, and environmental friendliness.
Garbage Deodorant