Intelligent Laboratory Safety Monitoring System for TiO2 Preparation and Catalytic Degradation of Industrial Wastewater based on Multi-Camera Technology

Abstract

Analyze the characteristics of the laboratory intelligent monitoring system and establish the use of AVR Atmegal28 as the main controller; carry out research on the sensor technology, and analyze the characteristics of the sensor and laboratory intelligent monitoring system. Through a simple method is the use of titanium dioxide nanowires, reduction oxidation A novel porphyrin-sensitized TiO2/rGO photocatalyst was synthesized from graphene and porphyrin. Determine the temperature, humidity, alcohol, carbon dioxide and other sensors used in the laboratory intelligent monitoring system; take the AVR Atmegal28 as the core, expand the peripheral circuits, and connect the temperature, humidity, alcohol, carbon dioxide and other sensor modules to design the laboratory intelligent monitoring system.