Water animal and vegetable oil detector

NegotiableUpdate on 02/09

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The water animal and vegetable oil detector analyzes the concentration by detecting the absorption or emission characteristics of oil substances to specific wavelengths of light. For example, some devices use infrared light to irradiate water samples, and the carbon hydrogen bonds in oil molecules absorb specific wavelengths of light, resulting in a decrease in transmitted light intensity. The instrument calculates the oil content by measuring changes in light intensity; Another type of equipment uses ultraviolet fluorescence technology, where oil molecules emit fluorescence under ultraviolet light excitation, and the fluorescence intensity is proportional to the oil concentration. Both of these principles do not require chemical reagents, avoiding secondary pollution, and have fast response times, making them suitable for real-time monitoring.

Product Details

The water animal and plant oil detector is a specialized instrument used to monitor the content of animal and plant oils in water bodies. It can help quickly identify oil pollution and quantify concentration, and is widely used in fields such as environmental protection, aquaculture, and industrial wastewater treatment. The following is an introduction from three dimensions: working principle, core advantages, and application scenarios:

1、 Working principle: Dialogue between light and oil

2、 Core advantages: precision, convenience, and environmental friendliness

High sensitivity and anti-interference ability

The instrument can detect oil pollution as low as micrograms, and by optimizing the optical system, interference factors such as suspended solids and pigments in water can be eliminated to ensure data accuracy. For example, in river monitoring, even if the water is turbid, it is possible to accurately distinguish between animal and vegetable oils and sediment.

Real time monitoring and warning function

Some models support 24-hour online monitoring, and data is wirelessly transmitted to the cloud or regulatory platform. Once the oil concentration exceeds the standard, the system will immediately issue an alarm to help take timely measures such as interception and purification to prevent pollution from spreading.

Simplified operation and convenient maintenance

Modern instrument design emphasizes user experience, adopting touch screen operation, automatic calibration function, and even supporting remote control through mobile APP. In terms of maintenance, some equipment adopts maintenance free sampling devices, and the pre-processing module has a lifespan of up to six months, reducing manual intervention.

Eco-design

No chemical reagents need to be added throughout the process to avoid secondary pollution of the water. For example, infrared instruments use physical absorption spectroscopy for analysis, while fluorescence instruments use optical signals for detection, both of which conform to the concept of green monitoring.

3、 Application scenario: The "eyes" that protect water ecology

Water source protection

In drinking water sources such as lakes and reservoirs, instruments can be deployed for a long time to monitor the risk of oil spills in animals and plants. For example, a certain water source once caused oil pollution due to the discharge of catering wastewater. Through real-time monitoring data, the environmental protection department quickly identified the pollution source and held it accountable.

aquaculture industry

Oil pollution in aquaculture water can cover the gills of fish, causing them to suffocate. The detector can regularly monitor the water quality of ponds and net cages, helping farmers adjust the amount of feed or operate oxygenation equipment to ensure the safety of aquatic products.

Industrial wastewater treatment

Wastewater from industries such as food processing and catering often contains animal and vegetable oils, which can clog sewers if discharged directly without treatment. The instrument can be installed at the inlet and outlet of the wastewater treatment station to monitor the treatment effect in real time and ensure compliance with discharge standards.

Marine and River Ecological Monitoring

In areas such as estuaries and shipping channels, instruments can detect oil spills from ships' ballast water and docks, protecting the habitats of marine organisms. For example, a certain port has reduced the response time for oil pollution incidents from several hours to minutes by deploying detectors.

4、 Selection suggestion: Match on demand, focus on service

Monitoring purpose: Portable fluorescence instruments can be selected for emergency monitoring, and infrared online equipment is recommended for long-term monitoring.

Environmental adaptability: Explosion proof and waterproof design should be considered for outdoor use, while precision and versatility can be emphasized in laboratory scenarios.

After sales service: Choose a supplier that provides remote diagnosis and quick response maintenance to ensure long-term stable operation of the equipment.

The oil detector for aquatic animals and plants is like a "health check-up doctor" for aquatic ecology, using technological means to make oil pollution nowhere to hide. Whether it is ensuring drinking water safety or maintaining fishery resources, it has become an indispensable tool in environmental management.