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Nouvelles et perspectives de l'industrie

Myth vs Reality: The biggest misconceptions about mechanical water evaporation.
Mechanical water evaporation is often described in ways that do not reflect how the process actually operates. In mining and industrial applications, that matters.... 
Zero Liquid Discharge (ZLD) for mine sites in 2026.
Mine sites face increasing pressure to eliminate liquid discharge and improve environmental performance. Regulatory requirements have tightened, community expectations have risen, and water scarcity... 
How industrial wastewater evaporators work in 2026.
Industrial wastewater evaporators work by applying heat and atomisation to wastewater so the water component converts into vapour, leaving behind a more manageable concentrated... 
ZLD water balance for Australian mines using evaporation 2026.
Managing water at Australian mine sites has become one of the most pressing operational challenges facing the industry. With increasing regulatory scrutiny from state... 
The operational cost of relying on routine water haulage.
Water haulage stops being a short-term fix when it becomes part of routine site management. At that point, the task extends beyond temporary water... 
How mechanical wastewater evaporation systems work.
Mechanical wastewater evaporation systems accelerate water loss from wastewater. They reduce the volume sites need to store, treat, or dispose of. Operations use them... 
Water management for remote mining operations.
Water management is harder at remote mining operations because fewer people, less service access, and limited spare capacity leave less room for reactive response...