Time:2023-11-30 00:00:00 Reading:2941
Introduction:
To deeply implement the spirit of the "Shenzhen Carbon Peak Implementation Plan" and the "Shenzhen 14th Five-Year Energy Conservation and Emission Reduction Comprehensive Implementation Plan", accelerate the promotion and application of green low-carbon technologies, and tap into the energy conservation and carbon reduction potential in key areas, the Development and Reform Commission of Shenzhen Municipality released the "Shenzhen Green Low Carbon Technology, Equipment (Products) Promotion Catalog (2023 Edition)" after enterprise application, preliminary review, expert review, and public announcement. BESCIENT TECHNOLOGIES's "Water Quality Automatic Monitoring System" was successfully selected for inclusion in the promotion catalog.
BESCIENT TECHNOLOGIES's Water Quality Automatic Monitoring System exemplifies the path towards low-carbon economic development.
Low-carbon economic development is a significant challenge faced by the world today, but it also represents a potential source of vitality for future economic activity. Green technology forms the foundation of the low-carbon economy. BESCIENT TECHNOLOGIES, through technological innovation, develops and applies technologies and products that efficiently utilize resources, reduce resource wastage, enhance resource utilization efficiency, and achieve a win-win situation for economic growth and environmental protection.
BESCIENT TECHNOLOGIES's Water Quality Automatic Monitoring System employs modern sensing technology, measurement technology, automatic control technology, computer application technology, related professional analysis software, and communication networks. This integration realizes a standardized, modular, and intelligent fully automatic water quality monitoring system that encompasses water sample collection, water sample pretreatment, automatic water quality analysis, system automatic control, data acquisition and transmission, water quality sampling, and automatic quality control. The system includes various types of stations such as standard stations, miniature stations, floating stations, emergency monitoring vehicles, buoy stations, shore-based stations, pole stations, and unmanned boats.
The system adopts an advanced miniature modular intelligent design concept, combining green design ideas with modular design methods. This approach simultaneously satisfies the product's functional and environmental attributes. On one hand, it can shorten the product development and manufacturing cycle, increase product series, improve product quality, and quickly respond to market changes. On the other hand, it can reduce or eliminate adverse environmental impacts, facilitating reuse, upgrades, repairs, and the disassembly, recycling, and disposal of products after their disposal. Through a series of green technological innovations, and by strengthening resource utilization optimization, process optimization design, product energy-saving transformation, and product energy efficiency improvement, the system achieves the goals of automation and low energy consumption for products.
