In efforts to enhance water quality in Indonesia, researcher Ignatius Sutaba from the Water Research and Resources Center, part of the National Research and Innovation Agency (BRIN), stressed the importance of updating water treatment technologies in local companies. This affirmation came during an online discussion where he pointed out that pollution in water sources has become more complex and diverse.
Sutaba explained that pollution is no longer limited to traditional organic waste but now includes new chemicals, antibiotics, and microplastics, necessitating more advanced treatment strategies. He confirmed that traditional systems such as sedimentation and filtration are no longer sufficient to address these challenges.
Event Details
During the discussion, Sutaba noted that traditional water treatment systems, which include processes like coagulation, sedimentation, and filtration, are ineffective against microscopic pollution. He emphasized the need to adopt advanced technologies such as nanofiltration and reverse osmosis to ensure the quality of the produced water.
He also urged local companies to integrate these modern technologies into their systems, stressing that managing water sources is not just a cost issue but also concerns the quality of the water being produced.
Background & Context
Indonesia is one of the countries facing significant challenges in providing clean and safe drinking water. The pressures on water sources are increasing due to climate change and rapid population growth. Historically, Indonesia has relied on traditional treatment technologies, but with rising pollution, it has become essential to reconsider these strategies.
Studies show that climate change, especially during heavy rainfall seasons, leads to increased pollution in water sources, placing additional pressure on water treatment plants.
Impact & Consequences
The new challenges in water treatment require a swift response from governments and companies. Traditional technologies are no longer adequate, necessitating greater investment in research and development to adopt innovative solutions. Failing to take urgent action could exacerbate the water crisis, affecting public health and the environment.
Moreover, improving water quality can contribute to enhancing economic and social development, as clean water is essential for agriculture, industry, and public health.
Regional Significance
Arab countries also face similar challenges in water management, where water sources are polluted due to industrial and agricultural activities. Adopting modern water treatment technologies could positively impact water quality in the region, contributing to achieving sustainable development goals.
In conclusion, Arab countries should learn from global experiences, such as Indonesia's approach to updating water treatment technologies, to ensure the provision of clean and safe water for their citizens.