Solutions
Anhui Wanyi Science and Technology Co., Ltd. is a global professional supplier of precision scientific instruments with an international vision and operating according to international standards. Its leading products include chromatography, spectroscopy, mass spectrometry and medical analysis instruments.
solutions
Solutions for monitoring the quality of drinking water sources
"
Drinking water is a critical foundation for the sustainable development of modern cities. Providing safe, reliable, and healthy drinking water is essential for ensuring social and economic growth. How to ensure the safety of water quality at its source?
WAYEAL has independently developed an online automatic water quality monitoring system that can operate 24/7 without manual intervention.
Solutions for monitoring the river cross-section water quality
This solution enables 24-hour uninterrupted, unmanned water quality monitoring, providing real-time and accurate insights into the river’s water quality status. It quickly detects abnormal changes in water quality, offering scientific data and support for river water resource management, water pollution prevention, and ecological environment protection. This ensures the health, stability, and sustainable development of river ecosystems.
Solutions for monitoring lakes and reservoirs water quality
The online monitoring system for lakes and reservoirs enables real-time monitoring of water quality changes. This system integrates advanced technologies, including environmental monitoring, integration, and early warning, adopting a coordinated operational mode to provide real-time water quality monitoring. Additionally, by constructing a water quality information network for lakes and reservoirs, the system can analyze dynamic water quality trends in the region, effectively strengthening regional management. This approach provides a scientific foundation for pollution research and water pollution control, offering robust technical support for water environment management and decision-making.
Solutions for monitoring the water quality of river (sea) discharge outlets
Pollution originates on land, contaminates the water, and the critical point is at the outlet. The online water quality monitoring system for river and sea discharge outlets can oversee these discharge points, acting as the final barrier to prevent pollution from entering environmental water bodies. We provide technical support to environmental supervision authorities for assessing compliance with water quality standards at river discharge outlets and implementing water resource management systems.
Solutions for monitoring the groundwater quality
"When a pollution event occurs in the groundwater environment, its management becomes complex, long-term, and challenging. Therefore, early warning of groundwater quality is crucial. Traditional manual monitoring methods alone cannot provide timely and accurate reflections of water quality changes, making pollution control more difficult.
To address this issue, WAYEAL has independently developed an online automatic water quality monitoring system. This system is designed for monitoring and early warning of groundwater environments, enabling effective management and control."
Grid-based solutions for water environment supervision
The water environment grid-based monitoring system is designed to meet grid-based monitoring requirements. It uses a remote supervision platform to facilitate grid-based management of regional water environment pollution prevention and control. This system accurately identifies and manages local pollution emissions, integrating comprehensive monitoring technology with manual management to ensure full coverage, eliminate blind spots in supervision, and maintain a multi-level grid-based management system that operates 24/7.
Solutions for monitoring the wetland water environment
Wetland ecosystems are often referred to as the "kidneys of the earth" and the "source of life". They play a key role in water conservation, maintaining the water cycle, purifying water quality, preventing wind erosion, degrading pollution, protecting biodiversity, flood storage, and drought prevention. Additionally, wetlands enhance agricultural and pastoral production conditions, maintain regional ecological balance, and offer valuable tourism resources. To gain better insights into wetland water quality, online monitoring has become an essential tool for the scientific management of wetlands.
Solutions for monitoring the quality of urban sewage treatment water
As the scale of towns continues to expand, and the population continues to grow, the discharge of urban sewage is increasing. Effectively treating sewage and ensuring compliance with discharge standards is crucial for protecting the ecological environment, safeguarding residents' health, and promoting sustainable urban development. Water quality monitoring, as a key link in the sewage treatment process, can provide real-time information on sewage quality, offering a scientific basis for optimizing treatment processes, maintaining equipment operations, and environmental supervision.
Solutions for monitoring and regulating the enterprise wastewater discharge
"To effectively control water pollution and protect the ecological environment, it is urgent to strengthen the monitoring and supervision of enterprise wastewater discharge. This solution aims to establish a comprehensive, efficient, and intelligent monitoring and supervision system for enterprise wastewater discharge. It ensures that enterprise wastewater meets discharge standards and promotes sustainable development.
The solution encourages the construction and management of enterprise wastewater treatment facilities, strengthens control over pollutant discharge, and enhances the resource utilization of sewage. This will help ensure human health and maintain a good ecological environment. This solution has been specifically formulated to address these goals."
Integrated monitoring solutions for ultra-low emissions in the steel industry
To implement the requirements outlined in the Report on the Work of the Government, the Opinions of the Central Committee of the Communist Party of China and the State Council on Comprehensively Strengthening Ecological and Environmental Protection and Resolutely Winning the Battle Against Pollution, and the Notice of the State Council on Issuing the Three-Year Action Plan for Winning the Blue Sky Defense War, the Ministry of Ecology and Environment, together with the National Development and Reform Commission and four other ministries, jointly issued the Opinions on Promoting the Implementation of Ultra-Low Emissions in the Steel Industry (HDQ [2019] No. 35). This document aims to promote the implementation of ultra-low emissions in the steel industry, with the goal of completing the ultra-low emissions transformation of key regional steel enterprises by the end of 2025. Recently, the Ministry of Ecology and Environment issued the Notice on Performing Assessment and Monitoring of Ultra-Low Emissions in Steel Enterprises (HBDQH [2019] No. 922) and the Technical Guidelines for the Assessment and Monitoring of Ultra-Low Emissions in Steel Enterprises. These documents aim to further standardize the assessment and monitoring work for ultra-low emissions in steel enterprises, and to unify the assessment and monitoring procedures and methods. The steel industry is one of the important pillar industries in China, but its characteristics of high energy consumption and high pollution also pose a serious threat to the ecological environment. WAYEAL has launched an environmental monitoring solution for the steel industry based on practical experience, meeting the monitoring needs of the steel industry under the environmental protection situation, and providing real-time and effective data for energy conservation and emission reduction, process optimization, environmental protection and energy saving, safety control, and ultra-low emissions assessment.
Integrated Ultra-Low Emission Monitoring Solutions for the Cement Industry
On January 19, 2024, the Ministry of Ecology and Environment issued the "Opinions on Promoting the Implementation of Ultra-Low Emissions in the Cement Industry" (HDQ [2024] No. 5). The "Opinions" outline the requirements for achieving ultra-low emissions in the cement industry. Regions with significant production capacity in the building materials sector should tailor and implement ultra-low emissions transformations for the cement, ceramics, and other industries based on local conditions. Considering the unique aspects of the cement industry, a detailed plan is proposed for transforming existing cement production to achieve ultra-low emissions. By monitoring flue gas components online during the cement production process, real-time monitoring and control of various reaction processes can be ensured, effectively improving production efficiency and reducing pollutant emissions.
Integrated Ultra-Low Emission Monitoring Solutions for the Thermal Power Industry
The emission monitoring solution for thermal power plants is designed to precisely control pollution emissions. For organized emissions, a Continuous Emissions Monitoring System (CEMS) is utilized. By employing techniques such as flue gas infrared sampling, monitoring points are strategically positioned on chimneys or exhaust ducts to measure concentrations of pollutants like sulfur dioxide. For unorganized emissions, laser scattering particulate matter monitors are deployed and placed at the plant boundary and surrounding areas in a grid pattern. Data collection is conducted through a data acquisition system, with the gathered information transmitted to a monitoring center or cloud platform via 4G/5G or Ethernet. This data undergoes comprehensive analysis, including statistical, trend, and correlation evaluations to assess emission conditions and compare them with standards. Additionally, a quality assurance and control system is established, ensuring regular calibration and maintenance of equipment, personnel training, and adherence to operational standards. This guarantees accurate and reliable data, assisting thermal power plants in meeting environmental standards and making informed decisions for emission reduction.
Environmental monitoring solutions for the waste incineration industry
The environmental monitoring solutions for waste incineration power plants include multiple aspects. Flue gas monitoring utilizes CEMS systems to detect multiple pollutants and measure furnace temperature. Wastewater monitoring includes indicators like chemical oxygen demand. Noise monitoring covers both plant interior and boundary noise. Solid waste monitoring focuses on residues and fly ash. Specialized equipment collects data, which is then transmitted to a data center. The data is analyzed to assess operations and emissions, identifying any abnormalities. Regular calibration and maintenance of equipment, personnel training, and data auditing ensure accurate and reliable monitoring. Additionally, data is disclosed as required by regulations, allowing public supervision and data sharing.
AMC monitoring solutions for the semiconductor industry
The AMC monitoring solutions for the semiconductor industry focus on precise monitoring of Airborne Molecular Contaminants (AMC) in clean environments. By deploying advanced sensor technologies, such as chemical ionization mass spectrometers and gas chromatographs, in key areas like wafer manufacturing and packaging testing, we can real-time detect the components and concentrations of acids, bases, and organic compounds. The data is collected and sent to a monitoring platform, where professional software analyzes the data to make adjustments to purification systems, process optimization, and chip yield. This ensures that the semiconductor production environment is ultra-clean and stable.
Grid-based monitoring and control solution for atmospheric air quality
The grid-based monitoring and control solution for atmospheric air quality aims to accurately manage regional air quality. By creating a dense network of monitoring points in specific areas and using miniaturized, high-precision air quality monitoring devices, real-time tracking of pollutants such as sulfur dioxide, nitrogen oxides, particulate matter, and ozone is achieved. Leveraging IoT technology, the collected monitoring data is rapidly transmitted to a data center, where it is analyzed to produce pollution maps and study spatiotemporal distribution patterns, enabling accurate identification and tracking of pollution sources. This solution provides environmental protection departments with a basis for developing control strategies and assists enterprises in adjusting their production practices. It promotes continuous improvement of regional air quality, ensuring public health and ecological balance.
Ambient Air Quality Monitoring Solutions
Aiming for accurate assessment of air quality, monitoring points are set up in multiple urban areas using advanced monitoring instruments to conduct real-time monitoring of various pollutants such as PM2.5, PM10, sulfur dioxide, nitrogen oxides, and ozone. Utilizing data transmission and analysis systems, the data is thoroughly analyzed to accurately grasp the air quality status and its changing patterns, providing scientific basis for environmental management departments to formulate policies and implement controls. It also offers effective information reference for public health protection, contributing to the overall improvement of air quality.
Customer service line:
400-112-0066
Official Account
Video Account
Address: No. 8 Wenqu Road, High-tech Zone, Hefei, Anhui
E-mail: wayeal@wayeal.com.cn
Postal Code：230088
Copyright©2025 Anhui Wanyi Science and Technology Co.，Ltd. All Rights Reserved.