(2), automatic detection system environment

Focus on the development of chemical oxygen demand, ammonia nitrogen, petroleum, volatile phenol, total ammonia, total phosphorus, dust (dust), sulfur dioxide, nitrogen oxides and other on-line automatic monitoring system and sample collection, processing, data transmission technology and equipment; air and surface water quality monitoring instruments and systems connected automatically; pollution monitoring and emergency equipment; hazardous waste characteristics to identify specific machines; air fine particulate matter, organic pollutants and other analytical techniques and sampling equipment, enrichment of trace organic pollutants device, dioxins analytical techniques and equipment.

(3), limited space environment monitoring instruments and the development of chemical hazardous materials warning system sensors, detectors, radon and radiation type detector; viruses, bacteria detection and alarm devices; public places, safety and environmental monitoring of early warning systems. (Note: limited space means room, shopping, cultural entertainment, subway station, trunk, passenger ships and special operations, etc.)

(4), physical hazards monitoring instruments

Including noise and vibration, microwave radiation, thermal radiation intensity, frequency electromagnetic field intensity, the laser radiation intensity, illuminance (glare degrees), radioactivity and nuclear elements such as detector.

(5), marine environmental monitoring instruments

Monitoring instruments, including ocean dynamic environment: ocean temperature, salinity, depth testing equipment, water quality and sediment testing instruments, red tide early warning systems.

(6), agro-ecological environment monitoring instruments

Including soil, photosynthesis, transpiration, crop ecology, field microclimate, pesticide residue testing instruments.

(7), Virtual environment monitoring instruments

Is a multi-parameter environmental monitoring instruments evolved into the use of different sensors, computer software, integrated with appropriate monitoring and management system to replace the traditional instrumentation of a new generation of surveillance monitoring instruments. It will promote environmental parameters sensors industry technological advances.

VI measures the views and policy recommendations

(A), to strengthen industrial policy

In order to guide the healthy development of environmental protection equipment manufacturing industry, the current existing policy should be developed based on the introduction of the industry have a significant impact on the global significance and importance of "environmental protection equipment manufacturing industry policy," "environmental protection equipment manufacturing and technology policy", etc. . The use of these policies and other relevant existing policies to guide the development of the industry, to promote the restructuring of the industry, standardize industry practices, stimulate industry, energy, enhance the international competitiveness of the industry.

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