Experimental Study on Mechanical Strength and Durability of E-waste Mixed Concrete

In this chapter, the evolving landscape of sustainable construction practices and the significant role of green construction and waste material recycling have been explored in shaping the future of building practices. The green construction principles focusing on passive design, energy-efficient materials, and sustainable sourcing have also been illustrated to reduce environmental impact and improve building performance and occupant comfort. The advancements in technology to use recycled materials in construction have been described to improve the economic feasibility and environmental benefits. The adaptation of digital technologies (BIM and IoT) for enhancing sustainability in construction projects, promoting efficient resource management, predictive maintenance, and lifecycle analysis are also discussed.

Building a Sustainable Future Through Innovations in Green Construction and Recycling Waste Materials

Kuttimarks,

Singh,

Venkatamuni

et al. 2024

Experimental Investigation on the Strengths of Cement Bricks Using Fly Ash and Rice Husk Wastes

Krishna,

Reddy,

Devi

et al. 2024

Bricks have been a crucial component of building and construction for thousands of years. Burnt Clay brick production is a complex process that requires significant energy and resources, despite its consistent workability and accessibility. Recycling materials are being utilized in various projects to reduce the carbon footprint and organic clay used in the brick industry. This chapter provides a comprehensive review of recent brick studies, categorizing them based on materials and production techniques used to create innovative bricks, aiming to understand the modern context of sustainable and innovative bricks over the past few decades. The bricks are being strengthened using industry waste material flash and Agricultural waste Rice husk as cement replacements to achieve strength and environmental sustainability. The strength properties of cement bricks are assessed by comparing their performance with fly-ash and rice husk in different proportions. Future research should focus on improving mineral admixture reactivity in cement bricks at a reasonable cost.

Innovation Methodologies and Techniques Applied in Green Construction Through Sustainable Waste Materials

Salvi,

Mathiyarasi,

Santhosi

et al. 2024

This chapter explored new ways to build green by using sustainable waste materials. It focuses on the circular economy, showing how waste like recycled concrete, glass, and plastic can find new life in construction. This cuts down on environmental harm and uses fewer resources. Key methods include life cycle assessment (LCA) to evaluate environmental perks, green design principles to make the most of materials, and cutting-edge recycling technology to turn waste into top-notch building materials. Real-world examples show successful uses and the resulting economic and environmental gains. The chapter also tackles hurdles like rules that get in the way, market acceptance, and tech limits, offering ways to get past these roadblocks. By bringing sustainable waste materials into building practices, the industry can take big steps toward sustainability. This boosts new ideas and creates a tougher built environment.