Maintenance, improve and increase efficiency of the automatic remote water monitoring system in the Yom and Nan river basins Projects
Client : Department of Water Resources Amidst the challenges of natural disasters such as droughts and floods, effective water resource management plays a key role in the nation’s development and the security of its people. The Department of Water Resources recognizes this importance and is advancing the “Repair, Upgrade, and Optimization of the Automatic Remote Water Monitoring System in the Yom and Nan River Basins” project, which aims to modernize the existing system that has been in use since 2011. This project will improve accuracy and expand the coverage of the system, focusing on the Yom and Nan river basins, which are vital in northern Thailand. This project is not just a repair effort, but also involves installing and upgrading new equipment and technologies, including: These systems will work together like a “pineapple eye” to monitor water conditions in real time, enabling rapid and accurate forecasting and disaster warnings. The monitoring stations will be installed in both the main river basins and tributaries, covering key community areas such as the Yom and Nan rivers, as well as vulnerable urban economic zones.
Project for the Development of a Flood Forecasting System in Urban and Key Economic Areas.
Project Owner : Geo-Informatics and Space Technology Development Agency (Public Organization) The Development of a Flood Forecasting System in Urban and Key Economic Areas Project. aims to develop a system for generating data on flood risk areas in urban and key economic zones to support decision-making in water management through mathematical models that integrate hydrological factors, satellite data, and geo-informatics. The system will provide data services on flood risk areas in urban and key economic zones in the form of a 3D city model and file-based formats. A total of 100 urban communities will be selected for analysis and implementation in three parts: (1) the development of flow condition analysis models, (2) the preparation of flood forecasting maps under various scenarios, and (3) the development of an application to present community-level flood risk areas. Upon completion, the project will be highly beneficial in reducing risks and damages caused by flooding by enabling advance assessment of risk areas, timely planning and evacuation, as well as enhancing the efficiency of post-flood recovery operations.
Raw Water Supply and Transmission System Project for Ban Makham Thao Water Treatment Plant (from Lam Ta Khong Reservoir to Ban Makham Thao Water Treatment)
Project Owner : Nakhon Ratchasima Municipality The primary objective of the project is to construct a new raw water supply and transmission system and rehabilitate aging water infrastructure in order to reduce transmission losses and accommodate rapid urban expansion within Nakhon Ratchasima Municipality and seven surrounding sub-districts. This initiative will enhance operational stability and reliability of water treatment system, ensuring drought resilient water supply while supporting future urban and economic expansion. TEAM Consulting Engineering and Management PCL (TEAM GROUP) has been engaged to provide construction supervision services for the project, comprising the following key infrastructure components. Upon the project completion, the Ban Makham Thao Water Treatment Plant will be capable of operating at its full design capacity. The local population will benefit from a reliable supply of clean, standardized potable water with stable hydraulic pressure, significantly improving people’s health, sanitation, and overall quality of life.
Electronic Joint System for Water Use Licensing (e-JWUL)
Client : Department of Water Resources The Electronic Joint System for Water Use Licensing (e-JWUL) is developed to provide public services for submitting water use license applications, supporting the review and approval process, enabling users to report water use information, and facilitating verification of water use fees. The system also supports inspection, evaluation, monitoring, control, and data collection related to water resource utilization, as well as the preparation of supporting information for missions associated with water allocation control and oversight, to enhance overall efficiency.
Feasibility Study and Environmental Impact Assessment for Lower Huai Luang – Upper Songkhram – Upper Lam Pao Water Diversion Project in Nong Khai and Udon Thani Provinces, 2025-2026
Client: Royal Irrigation Department TEAM GROUP was entrusted by Royal Irrigation Department with feasibility study and environmental impact assessment for lower huai luang – upper songkhram – upper lam pao water diversion project in Nong Khai and Udon Thani Provinces. The project study period was 540 days. The objective of the project is to improve irrigation water management and enhance water allocation efficiency within the Lower Huai Luang River Basin, while also increasing the availability of irrigation water for adjacent river basins. The project involves the construction of a pumping station with a designed capacity of 60 cubic meters per second and a main irrigation conveyance system with an approximate total length of 40 kilometers. Upon completion, the project is expected to provide reliable irrigation services to an agricultural area of approximately 340,000 rai, thereby supporting agricultural productivity and water use efficiency.
The Monkey Cheeks of the Wetland Area to the North of Nakhon Sawan
Client : Royal Irrigation Department Services : Feasibility Study and EIA Floods that regularly occur in the Chao Phraya River Basin have a major impact on the country’s economy. As the situation is getting worse and floods are becoming more frequent, development of the lowland on both banks of the river to serve as the catchment area for inundation is necessary. It will also be another option for water resource management. The Royal Irrigation Department has a development plan for the irrigated agricultural area and the wetland area to the north of Nakhon Sawan. TEAM GROUP was assigned to undertake the feasibility study and EIA of the catchment area – consonant with His Majesty the King’s Kaem Ling or monkey cheeks’ initiative – to the north of Nakhon Sawan to serve as a temporary catchment area and ease potential flood situations. With appropriate control and discharge of water, this water resource management scheme will benefit agricultural activity. The project’s important strategies are public relations and public participation activities which will raise awareness about the project and win support from the people.
Survey and Detailed Design of Wastewater Collecting System (Additional System)
Client : Water Quality Management Office, Drainage and Sewerage Department, BMA Service : Survey and Detailed design The survey and detailed design of wastewater collecting system (additional system) from Huai Khwang district to Dindaeng wasterwater treatment plant project has the objectives in reviewing the existing studies and undertaking the survey and detailed design of wastewater collecting system (additional system) in Huai Khwang and adjacent area of 15 sq.km. TEAM GROUP was assigned to undertake the feasibility study, system selection, and detailed design of the selected wastewater collecting system as well as bidding document preparation, public relations, and public participation. Project leaflets and video presentation were also provided by TEAM GROUP.
Construction Project of a Drainage Tunnel from Nong Bon Swamp to the Chao Phraya River
Client : Department of Drainage and Sewerage, Bangkok Metropolitan Administration Service : Construction Supervision The Department of Drainage and Sewerage, Bangkok Metropolitan Administration, assigned TEAM GROUP to perform project management, and construction supervision of a 5-m-diameter drainage tunnel with a total length of 9.40 km. Covering an area of 85 sq.km., the project aims to help drain water in the eastern part of Bangkok to the Chao Phraya River so as to alleviate flooding problems in the districts of Prawet, Suan Luang, Bang Na, and Phra Khanong as well as nearby areas. The tunnel runs from Nong Bon Swamp passing beneath Nong Bon Canal, Ta Chang Canal, Srinagarindra Road, Udom Suk Road, Sukhumvit 101/1, and Bang O Canal and terminates at the location of Thai Plywood Co., Ltd.
Kaem Ling “Khlong Maha Chai-Khlong Sanam Chai”
Client : Royal Irrigation Department Kaem Ling “Khlong Maha Chai-Khlong Sanam Chai” is a royally-initiated project of HM King Bhumibol Adulyadej. By constructing necessary regulators across the canals with pumping station, this “Kaem Ling” would work to collect and store flood water from upper area into Khlong Maha Chai and Khlong Sanam Chai and drain out to the sea via Khlong Maha Chai, Khlong Khun Racha Pinitjai, and canals connecting Khlong Maha Chai to the sea. TEAM GROUP was assigned to provide the initial environmental evaluation, survey and design of regulators and appurtenance structures including 12 regulators, one sluice gate, and three pumping stations, hydrological analysis using MIKE 11 hydrological model, and prepare bill of quantity, tender document and specifications.
Xayaburi Hydroelectric Power Project
Client : CH. Kanchang Public Company Limited / Xayaburi Power Co., Ltd. (XPCL) Services : Feasibility Study, Environmental Management and Resettlement, Instrumentation Xayaburi Hydroelectric Power Project is part of the Mekong cascade development plan, which comprises nine run-of-the-river hydroelectric power projects. When operates, in 2019, the powerhouse will have the installed capacity of 1,285 MW. Having previously provided the project’s feasibility study and environmental and social impact assessments, TEAM GROUP was assigned to conduct civil work design, cost estimation, set up an operation plan, and prepare tender documents, as well as geotechnical equipment installation.