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The field of environmental science is dynamic and multidisciplinary, integrating different scientific areas in the study of the Earth system, including the impact of human actions on the environment.
Environmental research provides a basis for this discipline, allowing environmental scientists to examine natural processes, analyze interactions an...
The field of environmental science is dynamic and multidisciplinary, integrating different scientific areas in the study of the Earth system, including the impact of human actions on the environment.
Environmental research provides a basis for this discipline, allowing environmental scientists to examine natural processes, analyze interactions and find solutions to environmental problems.
Ecological studies, soil analysis, climate studies and other environmental investigations are supported through the use of monitoring and data collection (data loggers, sensors, weather stations), which allows more complete and accurate evaluations.
Solar-powered insect trap with 365nm UV lamp, ideal for eco-friendly pest control in areas up to 20 acres. Autonomous operation with 30W solar panel and long-lasting battery.
The AO-MultiSoilSensor is an advanced sensor for comprehensive soil analysis, measuring temperature, moisture, conductivity, ammonium/potassium levels, and pH. It offers high precision and a standby battery life of over 2 years.
The AO-TDRSoilSensor is an advanced soil moisture sensor using Time Domain Reflectometry (TDR) technology. It offers precise measurements of soil volumetric water content, with an accuracy of ±3% and a range of 0-60%. Designed for demanding agricultural and environmental applications.
This sensor is ideal for applications in precision agriculture, environmental research, and soil resource management. It offers reliable measurements across a wide range of soil conditions, providing crucial data to optimize crop management and soil analysis.
Suitable for a wide range of applications, from precision agriculture to environmental monitoring and scientific experiments. Its robust and versatile design makes it ideal for use in various agricultural and research environments.
With its robust and water-resistant design, it is ideal for applications in precision agriculture, environmental research, and soil resource management.
◆ The Chemical Oxygen Demand (COD) analyzer connects directly via the RS485 communication interface, providing simple, reliable and cost-effective process data with remote monitoring, calibration, configuration and diagnostic capabilities.
◆ The Biochemical Oxygen Demand (BOD) analyzer connects directly via the RS485 communication interface, providing simple, reliable and cost-effective process data with remote monitoring, calibration, configuration and diagnostic capabilities.
◆ The RK500-25 COD sensor adopts two light sources, one is ultraviolet light for measuring COD content in water and the other is reference light for measuring turbidity in water. The optical path attenuation is compensated by a specific algorithm, which can eliminate the interference of particulate suspended matter impurities on the measurement results to...
◆ RK500-26 BOD sensor is based on ultraviolet method and compensates the attenuation of optical path through specific algorithm. It can eliminate the interference of particulate suspended matter impurities in the measurement results to a certain extent, making the measurement results more stable and reliable.
◆ Hybrid Renewable Energy Systems are becoming popular as stand-alone power systems for providing electricity in remote & urban areas due to advances in renewable energy technologies and subsequent rise in prices of petroleum products. A hybrid energy system usually consists of two or more renewable energy sources used together to provide increased...