2D visualization empowers green and intensive development of smart water

Foreword

As the country pays more and more attention to the degree of environmental protection governance, local governments have actively responded to national policies, and under the joint focus on the construction of ecological civilization, the digital transformation of the water industry has been rapidly spawned. Nowadays, the integrated management system of "supply and sewage" has become an important trend in the development of the industry, and it has become a rigid demand to improve the fine operation of water affairs, centralized management and control, and data transparency.

effect display

Hightopo applied the self-developed HT products to build a 2D smart water visualization solution based on the Xiamen area. The interface abandons the traditional map mode in the past, and uses more concise hexagonal color blocks to splice the terrain such as lakes and reservoirs, and the river branches are displayed with more simplified lines, and different colors are used to indicate pumping stations, water plants, and sewage treatment plants. , Non-potable water, drinking water source and water source protection area location. This design makes it easier to highlight the business content, allowing management to achieve a multiplier effect with half the effort.

The panels on both sides are used to display the collected real-time data statistics. Based on the water supply scheduling data, it provides operational data analysis, equipment operation, water management, safety management and other business support for the water supply system, drainage system, sewage treatment system and many other subsystems. . Form an integrated water management system for perception, diagnosis, scheduling, early warning, and correction, and create a standardized, refined and intelligent water operation process for users.

Water operation data visualization

The locations of water plants are generally scattered and lack of unified centralized management and control, resulting in unbalanced operation levels in various plant areas, frequent problems such as untimely and incomplete data collection, delayed problem feedback, and slow incident handling.

HT carries out real-time dynamic collection of water affairs information by carrying data acquisition equipment, water quality detection sensors, pressure sensors, smart water meters, flow meters and other equipment, focusing on key indicators such as pressure, flow, and speed of each water plant, water volume, and pumping station . The homepage scenario summarizes the location information of each reservoir, water plant, and pumping station, and users can click on the corresponding area to view it in detail.

Supporting the combination of Geographic Information System (GIS) and HT visualization technology provides an unprecedented opportunity to build a modern, scientific, and integrated platform for urban drainage pipe network management. Improve the efficiency of operation supervision and optimize the comprehensive operation supervision and overall command at the macro level of water management.

Water volume data monitoring visualization

According to local water management needs, through the comprehensive collection and display of regional water usage trends, water supply volume, total water fee revenue and other levels of information, we can accurately obtain the dynamics of the population, water plants, reservoirs, and pumping stations in each region, and generate visual charts accordingly, which are clear Concisely improve office efficiency.

Support multi-dimensional monitoring based on time, space, quality and other types of events such as pipeline network leakage, water quality exceeding standard, or equipment and meters exceeding the upper limit of the threshold. Abnormal situations will automatically trigger the alarm device and report to the operation and maintenance personnel in time to assist users in scientific research and judgment. To a certain extent, it reduces equipment failure loss and pipe network leakage rate, avoids chain accidents caused by failures in upstream and downstream equipment, and guarantees safe water production at all times.

Visual data supervision constructs comprehensive information covering production, operation, finance, and people's livelihood, breaking the previous management form of single planning, getting rid of the fragmented and patched information construction in the era of separate governance, and providing comprehensive analysis to assist management decision-making.

Process configuration interface

Pump room monitoring visualization

Traditional factory operation management relies too much on manual experience for production control, fault judgment, and equipment maintenance. The labor cost is too high and the efficiency is low, and it is difficult to reuse.

The HT process configuration simulation interface supports "a picture" remote centralized monitoring of plant operations. Click on the corresponding plant area to display the real-time operation of process equipment such as water purification workshop, clean water tank, dosing room, water pump room, factory water, etc. state. Using the HT 2D rendering model, mud valves, liquid pools, valves and other equipment, pipelines and other production-related structures can be visualized, and key instrument readings can be superimposed in the corresponding area, and different colors can be used to distinguish the operation content of each pipeline. In order to ensure that the liquid level of the pool is sufficient and does not overflow, the system can link the start and stop of the remote control pump valve and the operation frequency of the pump station according to the monitored water level in the water plant, so as to realize automatic pump control and constant pressure water supply.

Water treatment visualization

In order to strengthen daily linkage supervision, the data panels on both sides can be equipped with water treatment process data (microbiological indicators, chemical indicators, sensory traits, etc.). Inspection, management and protection of critical path systems are carried out to accurately cover key regional targets to ensure the overall stable operation of the entire plant's equipment, processes, and processes, so that water treatment has achieved significant improvements in quality, decision-making, and efficiency. Provide historical data backtracking query, trace back and track an event in a specific time period, link HT video fusion technology, fuse 2D video images into the 3D model of the scene, and provide users with intuitive video image and view control, as See the scene immersively.

Sewage treatment visualization

Sewage treatment is one of the country's emerging strategic industries. Its purpose is to purify the sewage to meet the water quality requirements for discharge into a certain water body or reuse. In recent years, the number of sewage treatment plants has continued to increase. In the face of improving sewage treatment efficiency, the management and control of the operation and supervision of sewage treatment plants has become the primary task.

HT sewage treatment visualization section, focusing on monitoring the operation status of sewage discharge areas, facility operation evaluation and component parameter analysis (COD, ammonia nitrogen, HP, total phosphorus) and other facilities, conducts plant network collaborative analysis and visual chart display, and traces the source of the sewage network Provide basic assistance for monitoring, auxiliary decision-making, and emergency response. When there is a sewage leakage accident, the system will quickly track and locate, automatically alert relevant departments according to the emergency plan process, and initiate coordinated dispatch commands across departments, businesses, and levels. Assist users to accurately understand the whole process of sewage disposal, and deepen sewage treatment while ensuring that sewage treatment meets discharge standards.

The HT visualization technology adopts the B/S architecture. You can access the monitoring scene at any time by opening the browser through a PC, PAD or smart phone, breaking the limitations of the previous users in the control room to control the scene. And realize the single-finger rotation, two-finger zoom, and three-finger pan operations of the touch screen device, so you don't have to worry about different cross-platform interaction modes. It can be extended to 3D and VR scenes without secondary development interaction.

regime monitoring visualization

HT also supports the use of 3D lightweight modeling to build water monitoring scenes, combined with professional analysis and prediction models, to refine the distribution area, coverage, and management status of the management elements of rivers, lakes, power stations, and reservoirs, so as to realize the monitoring of rainfall (snow), Multi-angle parameter analysis of water regime such as ice, evaporation, moisture, and sediment. Improve the efficiency of emergency response to flood accidents, and increase strong support for flood prevention and disaster relief, ecological protection, and resource management businesses.

As a water supply and drainage industry that guarantees the livelihood of the people, the water industry needs to take the carbon peak and carbon neutral goals as an opportunity to develop green, low-carbon and sustainable new technologies, tap the potential of carbon emission reduction, and achieve the synergistic increase of pollution reduction and carbon reduction. The purpose of effectiveness. In the future, sewage treatment will regard energy and resource recovery as an important means to achieve carbon neutrality in the water sector, which is energy balance and energy self-sufficiency.

Summary

Hightopo's smart water visualization solution relies on fusion technologies such as GIS, BIM, and big data to work together to open up data islands, realize a comprehensive perception of the operation status of the drainage and supply pipeline network, and consolidate the full life cycle management of water construction. It not only satisfies the entire process of water distribution, water purification, water delivery, as well as technology and facilities, but also effectively avoids secondary pollution problems in urban water supply, saves energy and reduces consumption, guarantees urban water safety and precise operation of sewage treatment.

HT visualization technology widely penetrates many fields such as telecommunications room, industrial production, urban parks, energy management, etc., covering data display, situational awareness, emergency command, scientific decision-making and other life-cycle monitoring services, carrying out product ecological design and low-carbon development. Actively comply with the needs of the general market trend, optimize the industrial layout and process structure changes, and promote the high-quality development of the safe operation of the industry.

You can check more cases and effects on the official website of Software: 1619228ade7398 https://www.hightopo.com/demos/index.html