Organization of Work with Ecological Data of Monitoring of Environmental Water Bodies Based on Network and Cloud Solutions
DOI:
https://doi.org/10.15407/intechsys.2025.04.028Keywords:
information technology, portable system, concentration of chemical elements, inversion chronopotentiometry, environmental monitoring, data processing, network solutions, cloud technologiesAbstract
Introduction. When conducting operational environmental monitoring of water bodies, it is important to use modern portable technical systems for rapid determination of the content of chemical substances in water, which ensure effective organization of work with measurement data — their collection, transmission, storage, processing and analysis.
The purpose of the paper is to develop network and cloud solutions for longterm storage, processing, and analysis of environmental data from monitoring water bodies obtained in the field using a portable technical system for rapid measurement of chemical element concentrations.
Methods. For environmental monitoring, a developed portable software and hardware complex for rapid determination of chemicals in water bodies is used. Measurement of concentrations of toxic elements in water is carried out by electrochemical methods of inversion chronopotentiometry using measuring electrodes made of gold, platinum, cobalt. Modern network and cloud solutions are used, which allow for the effective integration of technical measurement systems into automated data collection and processing systems.
Results. A portable system for rapid measurement of chemical element concentrations, consisting of a laptop computer with information technology software and a local database, and a portable concentration measurement unit with an autonomous power supply and a Wi-Fi communication interface, allows for rapid determination of toxicological parameters of water quality and safety in the field, and can also be used in the laboratory for extended studies to determine the ecological state of environmental objects. The use of network and cloud solutions provides reliability, scalability, and data availability to many users, which increases productivity, reduces the risk of information loss, and provides real-time data analysis.
Conclusions. The study showed that the use of the created portable system for rapid measurement of chemical element concentrations ensures effective implementation of environmental monitoring of water bodies. The developed data exchange technology allowed to significantly simplify the software implementation of the local application of the system and ensure high-quality storage of the obtained environmental data in a cloud server by transferring data via the Internet.
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