Posts about District Cooling

Disposing of cooling towers blowdown represents a key aspect of managing any cooling tower.

Thermal Energy Storage technology emerges as a crucial development to support carbon neutrality, thanks to its role in assisting majortransformations such as the shift towards renewable energies.

District cooling in Singapore has become integral to the country’s efforts to reach sustainability goals. As such, the quest for finding efficient cooling solutions that reduce carbon emissions and operational costs within these systems has gained increased momentum.

The rise of the Positive Energy District (PED) model marks a significant shift in urban energy management, offering a promising alternative for urban decarbonization.

Immersion cooling for battery systems represents one of the key emerging cooling technologies in recent years.

The increasing demand for reliable process cooling systems for battery manufacturing is directly linked to the rise of electric vehicles. As EV manufacturers strive to improve vehicles’ performance and efficiency, thermal management of batteries has become essential.

In the current context where energy efficiency is crucial, the choice between conventional and modular chiller plants stands at a crucial crossroads.

Modular chillers stand at the heart of optimized battery production factories today, as precise temperature control in battery manufacturing is increasingly demanded.

Oil-free compressors and air-cooled systems represent crucial developments in implementing sustainable district cooling systems in Saudi Arabia.

Unlocking the advantages of district cooling may hold the key to embracing the future of cooling in a more sustainable and cost-efficient way.

The Red Sea Development, often referred to as the "Saudi Maldives," is a luxury tourism project underway on a group of islands along the Red Sea Coast of Saudi Arabia. It is renowned for its pristine, turquoise-colored seawater and is home to several hotels featuring water villas. The resort boasts [..]

Chiller efficiency represents a critical factor in assessing a cooling system’s performance as well as every chiller plant’s overall sustainability in both environmental and economic terms.