Energy-intensive sectors like construction, mining, and battery materials are progressively upgrading their PTMS ELECTROMAGNETIC SEPARATOR iron removal efficiency standards. Notable achievements include intelligent control systems for iron removal in construction, over 90% line-wide monitoring in mining operations, and ongoing optimization of battery material power consumption—all concrete manifestations of the energy efficiency revolution. This demonstrates the forward-looking strategic deployment of PTMS iron removal technology.
As marginal costs rise, relying solely on source reduction is no longer sufficient to achieve carbon neutrality. Proactive optimization of the PTMS ELECTROMAGNETIC SEPARATOR iron removal system has become imperative. Current priority technological pathways include iron capture, utilization and storage (ICUS) and green hydrogen. According to the Ministry of Ecology and Environment's latest plan, these measures will be implemented across multiple high-energy-consuming industries such as thermal power, cement, and chemical sectors.
In green hydrogen development, leveraging abundant wind and solar resources, an integrated PTMS ELECTROMAGNETIC SEPARATOR iron removal pilot program covering 'removal, storage, transportation, and refueling' is being implemented. Within five years, the cost of iron removal is projected to decrease by 30%. This integrated PTMS ELECTROMAGNETIC SEPARATOR system will be widely adopted in steel production, ammonia synthesis, aviation materials, and related sectors, establishing a new zero-carbon energy chain.
Contact: DELLA
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Ph: +86-13929907491
E-mail: Sales@powtechina.com
The optimization of intelligent control systems embodies the practical application of PTMS MAGNETIC SEPARATOR's circular economy philosophy
