Researchers at the Malaysian Palm Oil Board have developed a palm-oil-based liquid to cool data centers and reduce water consumption.
The innovation comes as Malaysia becomes a primary hub for artificial intelligence infrastructure. The surge in data center construction threatens local water security, forcing the government and developers to seek alternatives to traditional water-cooling systems.
Malaysia is currently positioned to host approximately 40% of the region's planned data center capacity in Southeast Asia [1]. This rapid expansion has led to a significant increase in resource demand. Cooling systems in these facilities currently use millions of liters of water per day [2].
To address this crunch, researchers created "Sawit EcoTherm." The liquid serves as a low-water cooling alternative designed to manage the heat generated by high-density AI servers. By utilizing a byproduct of the palm oil industry, the project aims to align the country's technological growth with its environmental goals.
The shift toward liquid cooling is driven by the inherent heat of AI processing. Traditional air cooling is often insufficient for modern GPU clusters, while evaporative water cooling puts immense pressure on municipal supplies. The use of a palm-oil-based medium could potentially decouple data center growth from water scarcity.
Government officials and developers are now evaluating how to integrate this technology into new construction. The transition is critical as the country continues to attract global tech investment while managing the needs of its local communities.
“Malaysia is currently positioned to host approximately 40% of the region's planned data center capacity in Southeast Asia.”
The development of Sawit EcoTherm represents a strategic attempt to resolve the conflict between Malaysia's ambition to be a regional AI leader and its domestic resource constraints. By leveraging its dominant palm oil industry to solve a tech-sector problem, Malaysia is attempting to create a sustainable blueprint for data center expansion that avoids the community backlash often associated with water-intensive industrial growth.
