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CoroBrick will provide both customers the benefits of a longer-lasting, corrosion resistant lining system that will hold up to their unique environmental challenges.
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The document discusses eco-friendly or green concrete as concrete that uses less energy and produces less carbon dioxide than traditional concrete. It outlines various strategies for green concrete including increased use of recycled materials and supplementary cementitious materials. Specific materials that can be used in green concrete include fly ash, GGBS, silica fume, recycled concrete, glass, and plastic aggregates which provide benefits like reduced CO2 emissions and costs. The objectives and advantages of green concrete in sustainable construction are also presented.
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Green concrete ppt
Hii sir good morning to all
this Ppt is prepared for to protect the environment from co2 gasses could you please read it understand
i hope we are all use the green concrete ....
thank you friends
have a nice day
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Fly ash is a fine powder recovered from coal-fired power plants that is generally spherical in shape ranging from 0.5 to 100 micrometers. It consists mainly of silicon dioxide, aluminum oxide, and iron oxide. Fly ash can be used to produce bricks containing 60-80% fly ash, along with lime, gypsum, and/or cement and sand. The raw materials are mixed with water and pressed into bricks then cured for 21 days before use. Fly ash brick production is an eco-friendly process that reduces air and water pollution compared to traditional clay brick production.
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Sustainable concrete uses less energy and produces fewer carbon emissions than regular concrete. It incorporates waste and recycled materials like fly ash and slag to replace portions of cement. Using these supplementary cementitious materials can increase sustainability by reducing embodied energy and carbon in the concrete. Sustainable strategies also include minimizing water use, using local and recycled aggregates, and designing for durability to lessen environmental impacts over the concrete's lifetime. The presentation outlined various approaches to sustainable concrete and its advantages in promoting greener construction.
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Green concrete is more environmentally friendly than traditional concrete by using less energy in production and emitting less carbon dioxide. It incorporates waste materials like fly ash as a partial cement replacement. Fly ash reduces carbon dioxide emissions and improves concrete properties. Green concrete has applications in construction where it provides benefits like reduced weight, costs, and environmental impacts compared to traditional concrete. Its mix design and performance are similar to conventional concrete making it a sustainable alternative.
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The concrete which is made from the industrial wastes and eco-friendly is the green concrete.Green will reduce 10% of CO2 emission which will reduce the global warming, which is one of the reason for world's destruction.Since it is made from the industrial wastes it is very cheap and durable.
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Green concrete is a more sustainable type of concrete that uses less energy and causes less harm to the environment during production. It incorporates waste materials like fly ash, rice husk ash, and recycled aggregates as partial replacements for traditional ingredients like cement and virgin aggregates. Green concrete has benefits like higher strength, increased durability, and reduced shrinkage compared to normal concrete, while also lowering costs and carbon dioxide emissions. It shows potential to grow in use for construction in India as it addresses needs for sustainable building materials and waste disposal.
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green concrete preparation and techniques used in manufacturing of green concrete and uses and applications and proportions ratios as explained briefly to the civil engineering field
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The document is a technical seminar report submitted by Kamaruddin VN, a student at Jain University, as a partial requirement to earn a Bachelor of Engineering degree in Civil Engineering. The report discusses green concrete, which uses waste materials to make concrete more environmentally friendly. It describes various materials that can be used to make green concrete, including recycled demolition waste and blast furnace slag as coarse aggregates, and manufactured sand and recycled glass as fine aggregates. The report also discusses partially replacing cement with fly ash and using materials like silica fumes and marble powder to improve the properties of green concrete.
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Green concrete is a more environmentally friendly type of concrete that uses less energy and produces fewer emissions than traditional concrete. It uses industrial and construction waste materials as partial replacements for cement, sand, or gravel aggregates. Using these recycled materials helps reduce the environmental impact of concrete production. Some benefits of green concrete include reduced carbon dioxide emissions, less waste sent to landfills, improved durability, and higher strength compared to normal concrete. It has applications in building construction, bridges, and roads. However, green concrete may have a shorter lifespan and lower splitting tension than conventional concrete.
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HIII GUYS,
Please visit my youtube channel for more updates.
https://www.youtube.com/channel/UCATp0toW7_dy2DweSi_PFvw?view_as=subscriber
Intelligent Concrete / Eco-friendly Construction Materials by Sonacoin.
The main objective of the Research centre is to undertake the research in concrete technology, utilizing the Industrial waste materials for preparing the Low Cost Building Elements.
The activities involved in the research centre are identifying the industrial waste materials which can be effectively utilized to make concrete and other building elements so as to minimize the environmental problems and also to reduce the cost of construction.
Some of the highlighting research projects undertaken in this research centre are self curing concrete, alternatives to sand in concrete, self compacting concrete with steel slag, Ferro cement using steel slag, utilization of waste papers in concrete and brick, self cleaning concrete, smog eating concrete, light transmitting concrete and Textile concrete etc.,
Ultimate aim of this research centre is to do innovations in concrete to bring out sustainable concrete with intelligence, strong, durable, eco friendly and cost effective.
http://www.sonatech.ac.in/research/civil-concrete-innovation-research.php
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This document summarizes experiments conducted to compare different concrete formulations and materials. It discusses testing the properties of various cement mixtures, aggregate compositions, and water-to-cement ratios. The students found that a mixture of 50% sand and 50% gravel had the highest density. They also created a "green concrete" using less cement, silica, and fly ash, finding it was stronger than normal concrete. The goal was to make concrete that uses alternative materials to be more environmentally friendly. In conclusion, the document recommends starting to use green concrete instead of normal concrete.
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This document discusses the use of waste glass aggregates in concrete as an innovative and environmentally friendly solution. It notes that civil engineering research is focusing on developing green concrete using unusual aggregate types like expanded glass granules made from waste glass. Using waste glass in concrete provides benefits like lower density, improved thermal insulation, and durability while also providing an eco-friendly use for glass waste that would otherwise be landfilled. The document reviews studies on optimal waste glass replacement ratios in concrete and the potential challenges like alkali-silica reaction that must be addressed to implement this type of glass aggregate concrete widely.
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Green concrete is a type of concrete that uses less energy and causes less harm to the environment during production compared to conventional concrete. It incorporates waste materials like recycled concrete aggregates as partial replacements for cement or standard aggregates. Using materials like fly ash also reduces the carbon dioxide emissions associated with cement production. Green concrete provides benefits like improved durability, strength, and workability while reducing the construction industry's environmental impact through lower CO2 emissions and higher waste reuse.
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Discover how you can use concrete lego blocks to solve many civil engineering problems. Learn how to value engineer your next project with concrete lego blocks. They are excellent for the construction of a number of retaining walls including, gravity retaining walls, reinforced block retaining walls and inclined retaining walls
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Kohinoor Construction Chemicals, Hyderabad, Construction Chemicals
Kohinoor Construction Chemicals, Hyderabad, Construction Chemicals
Short Construction Period bolted steel tanks as biogas digester tank.docx
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CoroBrick
- 1. Problems, Solutions... Results. Problem A Natural Power Gas Power Plant has two vessels that experience a temperature swing from ambient temperature to over 300° F and back to ambient temperature during every 24 hour period. This temperature shock combined with low chemical concentrations created an ongoing maintenance concern for these vessels. The sump was relined with CoroBrick laid in vinyl ester mortar with wire mesh reinforcement and 2" of poured concrete to bond the CoroBrick to the existing concrete surfaces. This unique solution will greatly reduce annual maintenance repairs. Natural Gas Power Plant Application CoroBrick ™ Innovative Solutions, Exceptional Performance The tanks were relined with CoroBrick laid in furan mortar with wire mesh reinforcement and 2" of poured concrete to bond the CoroBrick to the existing concrete surfaces. This solution will reduce annual maintenance repairs and downtime. Results CoroBrick will provide both customers the benefits of a longer-lasting, corrosion resistant lining system that will hold up to their unique environmental challenges. 1222 Burton St. SE ~ Grand Rapids, MI 49507 ~ P: 616.456.5552 ~ F: 616.456.5557 ~ www.CoroTech.com ~ An Armada Company Solution CoroBrick was designed with the same physical properties as a fireclay chemical resistant brick, but with the added benefit of the profile of a ceramic glazed tile. CoroBrick is suitable for environments of higher temperatures, increased temperature variation, and greater chemical concentration than traditional tile. Unlike a traditional acid brick which is limited to curved or cambered walls, CoroBrick can be installed on straight walls. This one of a kind product is manufactured as an 8" x 12" unit. A Pulp and Paper Customer needed a sewer sump lining to withstand high temperatures and chemical concentrations. The concrete sump, however, was constructed with all flat surfaces, thus ruling out traditional acid brick. Pulp and Paper Problem Solution