Skip to main content

Rebuilding Nature – The Environmental Impact of Fly Ash Bricks










Fly ash bricks are creating more impacts than just a few you can probably imagine in rebuilding nature. The waste materials for ash bricks from thermal power plants not only create sustainable building materials that the construction industry love now a days, but also have long lasting impacts on rebuilding nature. The research shows how red bricks manufacture on the river banks have impacted our environment in the wrong way. Using timber to fire expose human habitation nearby to burning of harmful gases and dust. The vegetation is affected by the heat, dust and smoke particles that are deposited on the leaves adversely effecting photosynthesis. While these are mere side effects, the main side effect is caused by the using alluvium rich top soil as the main ingredient for red bricks.
Fly ash bricks on the other hand use waste material as the ingredient. While this hardens the bricks and make them zero tolerant to moisture. It also checks the environmental pollution that is caused from burning red bricks. Fly ash bricks are boon to civilization. There are only a few examples like this where the collateral damage caused by scientific development used to further develop civilization. The technology of creating bricks that are strong and durable have also make the architects happy.

Fly ash bricks Vs Red bricks

·    Uniform in shape and smooth in finish as the manufacturing is carried out using machinery.
·        Fly ash bricks are lighter as the main composition is fly ash.
·        Fly ash bricks are less porous.
·        The cost of fly ash brick is approximate 30% lower than clay brick.
·       Fly ash bricks are made from raw materials which come from combustion of coal in thermal power plants.
·        Red bricks are uneven in shape as mostly clay bricks are made manually.
·        Red bricks are heavier as compared to fly ash bricks.
·        Red bricks are more porous.
·        The cost of Red brick is higher than fly ash brick.
·       Red bricks are made from clay which is collected from fertile land or the top soil.

In all aspects fly ash bricks are better than red bricks. They are environmental friendly because maximum constituent is ash and fly ash brick has greater strength as compared to red bricks

Supertech Creations as a Fly ash bricks manufacturers are contributing highly towards this while creating successful business ventures. Fly ash blocks have been strong and durable bricks that are used in construction of individual houses as well as large residential projects.
With the changing times, Fly ash blocks have been on the forefront of creating technologies that will help in protecting the environment. Hold on to the old order of things will not help in future prospects – this is not just a statement but a very essential fact in #2020

Comments

Popular posts from this blog

Fly Ash Bricks vs AAC Blocks – Features, Preparation, and differences

  Fly Ash Bricks Fly Ash Bricks are an artifact, specifically masonry units, containing class C or class F ash and water. Compressed at 28 MPa and cured for twenty-four hours during a 66 °C steam bath, then toughened with an air-entrainment agent, the bricks last for quite 100 freeze-thaw cycles. In other words, ash bricks are masonry units that are utilized in the development of buildings. AAC Blocks Autoclaved Aerated Concrete may be a Lightweight, Load-bearing, High-insulating, Durable building product, which is produced during a wide selection of sizes and strengths. AAC Blocks is lightweight and compare to the red bricks AAC blocks are 3 times lighter. Preparation Preparation of Ash Bricks The mixing ratio is usually 40–50% ash, 50–40% sand 10% lime and 4% water. Ash reacts with lime within the presence of moisture to make calcium silicate hydrate which is that the binder material. The raw mixture goes into the molding press / machine; the bricks a...

Fly Ash Bricks Manufacturing, Advantages & Disadvantages | Supertech Creations

  Fly Ash Bricks are made up of ash, lime, gypsum, and sand. These are often used extensively altogether building construction activities almost like common burnt clay bricks. Ash bricks are comparatively lighter in weight and stronger than normal clay brick, and eliminate the necessity for plaster; it can reduce high construction costs and erosion. Manufacturing Process: Fly ash (70%) Lime (10%) Gypsum (5%) and sand (15%) are manually feed into a pan mixer where water is added to the required proportion for homogeneous mixing. The proportion of raw material may vary depending upon quality of raw materials. After mixing, the mixture are allowed to belt conveyor through feed in to automatic brick making machine were the bricks are pressed automatically. Than the bricks are placed on wooden pallets and kept as it is for two days thereafter transported to open area where they are water cured for 10 -15 days. The bricks are sorted and tested before dispatch. Advantages...

Best Quality Reflective Paver Block Manufacturer & Supplier in Indore

  Reflective Pavers Blocks: Reflective Pavers Block are usually made from cement or concrete, and simulate the effects of cobblestone paths. Interlocking paver’s blocks join together through the use of sand and can cover any courtyard, decking, driveway, or walkway. Paver block, also known as a square paving block, is a commonly used decorative method. There are many different patterns of paver blocks that can be obtained using block paving. It is the strongest of the block paving bonds, making it a good choice for drive and road surfacing. The Primery Machines required for the Manufacturing Process of the Reflective Paver Blocks are: Two Vibrating Tables One Pan Concrete Mixture Machine One Pan Type Mixture Machine (Top mix) Air Compressor (for spray coating) 300kg Electronic Weight Scale Basic Material for Handling Equipments PVC Rubber Paver Block Moulds or Plastic Paver Block Moulds, it depends upon the Buyer Raw Materials Required for the Making of Reflective Paver Blocks Ag...