Apart from the food and beverage industry, ATP fluorescence detection swabs can also be applied in the following fields:

Hospital Environment and Equipment Detection: They are used to detect the surfaces of objects in hospital operating rooms, wards, intensive care units, outpatient halls, etc., such as hospital beds, bedside tables, surgical instruments, door handles, and elevator buttons, to evaluate the effectiveness of hospital cleaning and disinfection work and prevent the occurrence of hospital-acquired infections.
Medical Wastewater and Waste Monitoring: They can be used to detect the microbial contamination in medical wastewater and medical waste, ensuring the safe treatment and disposal of medical waste and preventing the spread of pathogens through wastewater or waste.

Water Quality Detection: They are used for rapid detection of drinking water, swimming pool water, industrial wastewater, etc., to preliminarily judge the content of microorganisms in the water and promptly identify abnormal water quality conditions to ensure water quality safety.
Soil Microbial Monitoring: They can be used to assess the activity and contamination degree of soil microorganisms, providing technical support for soil remediation and improvement.

Production Equipment Cleanliness Verification: During the drug production process, the production equipment, containers, and pipelines are regularly detected to ensure that their cleanliness meets the drug quality standards and prevent microbial contamination of drugs.
Cleanroom Detection: The walls, floors, and equipment surfaces of the cleanrooms in pharmaceutical enterprises are detected to ensure that the production environment meets the clean requirements for drug production.

Production Process Monitoring: They are used to detect the cleanliness of the surfaces of equipment, containers, and pipelines used in the cosmetics production process, as well as the hygiene status of cosmetics packaging materials, to prevent microbial contamination of cosmetics and ensure product quality and safety.
Product Quality Detection: Random inspections are carried out on finished cosmetics to detect the content of microorganisms on or inside the products to ensure that the products meet the hygiene standards and safeguard the safety of consumers’ use.

Breeding Environment Monitoring: They are used to detect the microbial contamination of the surfaces of livestock sheds, feed processing workshops, breeding equipment, etc. in breeding farms, and take cleaning and disinfection measures in a timely manner to prevent the spread of animal diseases.
Agricultural Product Processing Detection: The processing equipment, warehouses, and transport vehicles of agricultural product processing enterprises are detected to ensure the hygienic safety of agricultural products during processing, storage, and transportation.

Electronics and Precision Instrument Manufacturing: They are used to detect the environmental cleanliness of electronic component production workshops and precision instrument manufacturing workshops, avoiding the impact of pollutants such as dust and microorganisms on product quality and ensuring the reliability and stability of products.
Petroleum and Natural Gas Industry: They are used to detect the growth of microorganisms on the surfaces of pipelines and equipment in oil fields and natural gas production to prevent biological corrosion and ensure the normal operation of production facilities.

Laboratory Research: In laboratory studies in disciplines such as microbiology, ecology, and environmental science, they can be used for rapid detection of the content of microorganisms in samples, providing data support for research.
Teaching Practice: In biology courses and microbiology experiment teaching, as a direct and rapid detection tool, they can help students understand the existence and distribution of microorganisms, improving students’ practical operation ability and understanding of microbiology.