The disorderly competition in the ferrosilicon industry has intensified the conflict between supply and demand

In recent years, the production of ferrosilicon in China has experienced rapid growth, driven by the recovery of the steel market and rising steel prices. As a result, many regions have engaged in aggressive capacity expansion, particularly in key producing areas such as Inner Mongolia, Ningxia, Gansu, and Qinghai. This has led to a surge in ferrosilicon manufacturers and a significant increase in exports, establishing China as a major global producer and supplier of the alloy. However, this rapid expansion has also created serious imbalances between supply and demand. It is estimated that the domestic demand for ferrosilicon ranges between 2.7 million and 3 million tons annually, with about 1.7 million tons consumed domestically and 1 million tons exported. Despite this, the total production capacity exceeds 5 million tons, leading to overcapacity and downward pressure on prices. Moreover, silicon-based alloys are considered low-value products within the ferroalloy industry, with significant price gaps compared to higher-value alloys like vanadium iron or tungsten iron. This has triggered intense price competition, frequent price fluctuations, and long-term challenges for the industry's sustainable development. Ferrosilicon production is energy-intensive, polluting, and resource-dependent. To address these issues and promote industrial restructuring, the Chinese government has introduced various policies related to environmental protection, export tax rebates, and transportation regulations to curb the blind expansion of the industry. However, many companies are privately owned and operate on a small scale, resulting in uneven regional development and difficulties in implementing these policies uniformly. Additionally, environmental protection costs account for approximately 25% of production expenses, making it challenging for weaker enterprises to keep up with financial reforms. In some regions, local protectionism persists, with companies prioritizing economic gains over environmental responsibility. As a result, nearly 80% of ferrosilicon producers fail to maintain proper dust removal and other environmental control facilities, leading to severe pollution and ecological damage. These challenges highlight the urgent need for stronger regulation, better enforcement, and a shift toward more sustainable and environmentally friendly production practices.

Mass Decontamination Tent

Canway mass decontamination tents can offer protection against pandemic diseases, chemical contamination and other toxic hazards. Due to the top-quality raw materials and inflatable frames, although the mass decontamination tents are bigger than the decon cabins, they can also be installed within minutes. One of the great advantages of the mass decontamination tents is that it can clean a constant flow of male and female. In case of serious injury, casualties on stretchers can be led through the decontamination system as well. They can be easily storable and transportable. Decontamination tents are commonly used by emergency responders, military personnel, and healthcare workers to control the spread of hazardous materials or infectious diseases. They are also used in industrial settings to decontaminate equipment and materials before they are transported or disposed of.

The decontamination process includes three main steps:

1st: Entrance zone for undressing.

2nd: Decontamination zone with detergent agents and clear water rinse out.

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