Published: 11:42 AM, 25 August 2026
Dutch Engineers Appointed for Restraining Floods in Indonesia
The Netherlands is internationally recognized for its experience in protecting low-lying land from water. Much of the country lies at or below sea level and Dutch engineers have developed an extensive system of dikes, dams, canals, pumping stations and storm-surge barriers. Sky News
Indonesian government has sought the assistance of Dutch engineers to strengthen the country's efforts to control recurring floods, particularly in Jakarta and other vulnerable coastal areas. The cooperation reflects the long-standing Dutch expertise in water management and Indonesia's growing need for effective solutions to flooding caused by heavy rainfall, river overflow, land subsidence and rising sea levels.
The Netherlands is internationally recognized for its experience in protecting low-lying land from water. Much of the country lies at or below sea level, and Dutch engineers have developed an extensive system of dikes, dams, canals, pumping stations and storm-surge barriers. Indonesia hopes to benefit from this experience while adapting it to its own tropical climate, rapidly growing cities and geographical conditions.
The relationship between Dutch engineering and Indonesian flood control is not new. During the Dutch East Indies period, engineers designed drainage systems, embankments, floodways and other water-control structures in several Indonesian cities. In Batavia, now Jakarta, major flooding in 1872 led the colonial government to introduce new flood-control measures, including floodways, movable weirs and river embankments.A particularly important figure in Jakarta's flood-control history was Dutch hydraulic engineer Herman van Breen. Following a major flood in 1918, he proposed diverting excess water around the city rather than allowing it to pass through densely populated areas. His ideas eventually contributed to the development of Jakarta's West Flood Canal, which was designed to carry floodwater towards the sea.
Dutch expertise was again sought in the modern era. In 1973, the Indonesian government worked with Netherlands Engineering Consultants, or Nedeco, to prepare a master plan for Jakarta's drainage and flood control. One of its recommendations was the construction of an eastern flood canal, a project that was eventually developed as the East Flood Canal.
The latest cooperation comes at a time when Jakarta faces increasingly complicated water-management problems. Rapid urbanization has reduced natural drainage areas, while excessive groundwater extraction has contributed to land subsidence. At the same time, climate change and rising sea levels are increasing pressure on the city's coastal defences. Experts have therefore argued that flood protection must combine engineering works with better land-use planning, drainage management and groundwater control.
Dutch engineers are expected to provide technical advice on a range of measures, including strengthening flood barriers, improving drainage networks, managing rivers and developing coastal protection systems. Their approach generally emphasizes an integrated water-management system rather than dependence on a single structure.
Cooperation between Indonesia and the Netherlands in this field has also continued at the governmental level. In 2014, Indonesian and Dutch officials discussed Jakarta's flood problems and coastal development. Indonesian representatives expressed interest in learning how the Netherlands had organized its water-management system, while Dutch officials emphasized the potential for wider cooperation in flood control and infrastructure.
However, engineers alone cannot eliminate the danger of flooding. Authorities must ensure that canals and drainage systems are regularly maintained, rivers remain free from obstruction and urban development does not take place in vulnerable floodplains.
Public awareness and responsible waste disposal are equally important.
The appointment of Dutch engineers is therefore seen as an opportunity to combine international expertise with Indonesian knowledge and local experience. The ultimate objective is not merely to build higher barriers, but to create a sustainable system capable of managing water safely for decades to come.
For Indonesia, the cooperation offers valuable lessons from a country that has spent centuries learning to live with water. If carefully adapted to local conditions and supported by effective planning and maintenance, Dutch engineering expertise could play an important role in reducing the destructive impact of floods and making Indonesian cities safer for millions of residents.
