The Bureau of Industry set up the automatic water quality monitoring system for rainwater sewer in 18 industrial zones in Taiwan that is not installing sewage treatment plant. There are 114 automatic water monitoring systems and 100 monitoring systems. And they are all present in real-time.

Taichung Veterans General Hospital is a first-class teaching and community Hospital. Total number of employees is about 3800 with about 1,530 beds. The wastewater treatment plant have used the AQUAS water quality monitoring and management system from 2017 to ensure that the water treatment and drainage of patients and medical staff in the hospital meet environmental protection standards.
We are monitoring different parameters in the following wastewater treatment procedures as below:
1.Intake ditch: This is raw wastewater intake ditch. AQUAS helps to monitoring PH, ORP, Conductivity, TSS (Total Suspended Solids), COD (Chemical Oxygen Demand), NH4+.
2.Aeration basin: AQUAS helps to monitoring PH, ORP, Conductivity, TSS and DO( Optical Dissolved Oxygen).
3.Sludge Digestion basin: AQUAS helps to monitoring PH, ORP and Conductivity.
4.Final Discharge: AQUAS helps to monitoring PH, ORP, Conductivity, TSS, COD, NH4+.
Besides, AQWEB which is our cloud platform with SCADA service helps Auto data collection, cloud storage, configuration, operation and the most important is Alarming and data analysis. AQUAS provide a full solution for a smart and simple water quality monitoring system.

Have you ever been to Love River in Kaohsiung? If your answer is yes, you must found that the quality of water is not bad now. To provide a clean environment for citizens and tourism, the government installs AQUAS’ equipment in the river.

There are three sites for monitoring. They are in Zhongdu Bridge, Happiness River and Zhongzheng Bridge. The equipment for monitoring is called ECO. It could monitor pressure, transient pressure, flow, level, weather and flushing valve. Also, it could connect eight sensors simultaneously for monitor water quality. For example, we monitor temperature, ph, conductivity, salinity, dissolved oxygen and level for these three sites. It not only could detect, it has Built-in Standard Modbus TCP Communication Protocol, user could transport data to servers. And of course, it is real-time. We design the website for people to look up the statistics too. It not only provides real-time statistics, it could be graph for you to check up the situation for a period of time. All in all, the government monitors the river easily and effectively by installing our equipment.

The Flood Forecasting and Warning System (PRAB) is in need of extra funding to conduct more research on the increasing flood prone areas in the country.

AQUAS have helped to build 800 sets of systems in Northeast states of Malaysia, including Kelantan, Pahang and Terengganu, and other state governments. The system is including timely rainfall, water level, flow monitoring, early warning, and warning broadcasting. This monitoring information can be as a decision support and optimization of disaster prevention resource scheduling,
Besides, The system could predict a flood at least seven days before the disaster and improve the system's announcement and alerting capabilities.

In the near future, a total of about 2,000 flow, water level, rainfall monitoring stations nationwide will be installed.

With the rapid development of data communication technologies such as big data, Internet of Things (Io T), and wireless transmission, building smart cities has become an international trend. In response to climate abnormalities around the world, the frequency of typhoons and heavy rains has increased, and the increase of intensity rainfall. The New Taipei City Government actively promotes the "Smart Flood Control Network Promotion and Construction Plan" and "Rain Underwater Channel Water Level Monitoring System" to improve disaster prevention, early warning and Resilience. Hope it could integrate big data in the Internet of Things, the integration of the system and services of urban rainwater channels to improve the efficiency of resource utilization, optimize urban management and service functions, improve the citizen’s life quality, provide innovative water management services, and improve the effectiveness of flood response.

It focused on monitoring the drainage level in the river area in the past. Most of the data collection is relied on on-site investigation. It would be surveyed and responded personally. It is really lack of timely monitoring. In the view of this situation, The New Taipei City Government has deployed 70 flood sensors and integrated data with existed geographic information systems (GIS) to achieve automatic flood detection and real-time reporting. It refers to the past flooding records to install equipment in the 18 jurisdictions of New Taipei City, and it adopts new equipment of the Internet of Things, which can achieve full-time automatic and real-time monitoring function to improve disaster response in decision-making and flood control efficiency, so that citizens can live and work in peace and free from flood threats.

In addition to floods, droughts should not be underestimated. There is insufficient rainfall in the flood season each year. Since the non-flood season enters in November, the water supply will be prone to poor water conditions. When the water situation is severe, the New Taipei City government not only actively calls on the water supply institutions to negotiate the deployment to stabilize the water supply for the people's livelihood, but also through various promotional channels, such as marquee, press release, Facebook and promotional videos, urges the public to cooperate in saving water for Enter the stage of reduced water supply. The water resources prepared during the drought mainly consisted of 76 drought-resistant wells and water recovered by various water resource recovery centers. Four of them are public drought-resistant wells, and the remaining 72 are private, well-established water wells. If water conditions continue to be poor, requisition will be initiated if necessary.

Sewage pipe network, sewage plant, river channel, flooded water point, etc., the liquid level, flow rate, pH, ORP,COD, ammonia nitrogen, total nitrogen, total phosphorus, turbidity, etc. About 110 water quality monitoring stations in the drainage network, included in the comprehensive water environment.
The management platform will subsequently set up 500 hydrological and water quality monitoring stations.