Sustainable Infrastructure Solutions: Advancing Geopolymer Bricks via Eco-Polymerization of Plastic Waste

Abstract

This article investigates the possible synergy between geopolymers and plastics as a method for sustainable composite materials, addressing the growing worldwide need for environmentally responsible solutions. Geopolymers, which provide low-carbon alternatives to traditional building materials, are being studied alongside plastics, which are recognised for their flexibility and lightweight properties. The research emphasises the ability of this composite to attain increased mechanical, thermal, and chemical qualities by investigating molecular-level interaction processes, enhanced material properties, and applications in diverse sectors. Furthermore, the research assesses environmental consequences, such as decreased carbon emissions and energy usage, while also analysing manufacturing and scaling problems. This work lays the way for a unique route in material science, poised to greatly contribute to a more sustainable and resilient built environment, by giving insights into both present accomplishments and future research possibilities.

Data-Intensive Traffic Management: Real-Time Insights from the Traffic Management Simulation Test

“…Although these methods have shown some success, they are not flexible enough to deal with the changing and dynamic character of urban traffic. Traffic management needs a paradigm change since conventional approaches are inadequate to handle urban expansion and changing traffic patterns [27]- [31].…”

The Economic Viability of Smart Home Investments: A Cost-Benefit Analysis

“…A variety of networked technologies and gadgets are included in smart homes in an effort to improve comfort, convenience, and energy efficiency. The amount of research examining the financial sustainability of smart home investments and its ramifications for consumers, companies, and regulators is expanding as this movement picks up steam [27]- [31].…”

Novel Nanocatalysts for Sustainable Hydrogen Production from Renewable Resources

“…Hydrogen is regarded as a clean and flexible energy source with great potential for decarbonizing several economic sectors. The creation of hydrogen via the use of renewable resources, such as water, biomass, and solar energy, has gained momentum because it may help decrease dependency on fossil fuels and prevent climate change [30][31][32][33][34][35][36][37][38]. Through a range of catalytic processes, nanocatalysts are essential for the efficient and selective synthesis of hydrogen.…”