Fly Ash Storage Silo for Sale - Flyer Steel Silo

How To Store Fly Ash?

In previous years, comprehensive utilization of fly ash is low. The fly ash out of plant, storage in open air has occupied a lot of land area, and caused huge environmental pollution. Nowadays the emergence of the steel silo solves the problem of fly ash storage. So fly ash no longer storage in open air, and no longer occupies large areas of land resources. Protecting the environment, safeguard the people's health. In recent years, spiral steel silo with its quick make, light weight, relatively low cost advantage, has been widely applied. The steel silo covers various industries, such as the construction materials, chemicals, grain and oil, slag and fly ash and sewage treatment as well. It cans storage makings bulk materials, powder material and liquid material. Fly ash silo is an effective way of fly ash storage, it is made of high quality galvanized sheet which can be use for 30 years and never rust. Fly ash silos are suitable for all kind of plant use and it also can alleviate the pressure in off-season. The use of spiral steel silo, enterprises can avoid the loss in off-season production completely, and through the busy season to obtain benefits.

Flyer Fly Ash Storage Silo

How Is Fly Ash Used?

Fly ash can be used for cement, mortar and concrete admixtures, and become a part of the cement and concrete. The fly ash as the material, can replace clay to produce cement clinker. And also can making baked brick, autoclaved aerated concrete, foam concrete, hollow brick, sintering or non sintering ceramists. Fly ash are widely used in paved road, construct dam, construct ports, farmland potholes lowlands, coal mining subsidence area and mine backfill. Also can sorting drift beads, beads, iron essence pink, useful materials such as carbon and aluminums and other useful material. Drift beads, beads can be respectively used as insulation materials, refractory materials, plastics, and rubber filler.

Why Use Fly Ash?

Fly ash can increased strength and durability of concrete, which means it can handle greater loads, is more resilient and lasts longer. Fly ash concrete can withstand harsher service environments than Portland cement concrete. This is especially true when using fly ash in infrastructure projects, such as roads, highways and bridges. A study conducted by the American Road and Transportation Builders Association stated, “The cost to build roads, runways and bridges would increase by an estimated $104.6 billion over the next 20 years if fly ash were not available.”

Fly ash construction more easily. Because it has high liquid, can reduced hydration temperatures and delayed setting time of fly ash concrete and that can contribute to ease of placement of concrete. Fly ash concrete also has lower permeability than traditional concrete, which means less water and chemicals can enter the concrete. Therefore, fly ash concrete has a longer service life and doesn’t need to be repaired or replaced as often.

Fly ash concrete costs less. In different country, fly ash can be 20% to 60% cheaper than Portland cement. In some countries, price of Portland cement can be twice than fly ash. More factories would likely to use fly ash as their construction material.

Using fly ash has positive environmental effects. It can reduce energy and water consumption, and help to reduce greenhouse gas emissions. The use of fly ash can displaces Portland cement production, one ton of cement discharge one ton of CO2. According to a National Conference of State Legislatures’ Briefing Paper entitled Recycling Fly Ash, “If all the fly ash generated each year were used in producing concrete, the reduction in CO2 emissions would be equal to eliminating 25% of the world’s vehicles.”