The use of seashells to replace traditional cement-based materials and study their adsorption capacity for pollutants can expand the functional engineering application range materials. A large amount seashell waste is produced in coastal areas every year. How deal with utilize this a common problem faced by countries regions. This paper first reviews principles kinetics isotherms demonstrate me...

Mortars intended for plastering and masonry works normally comply to EN 413-1 and/or ASTM C91 specifications. This paper seeks assess the suitability of geopolymers (GPs) composed metakaolin seashell wastes applications. The sodium hydroxide silicate activators contained air-entraining molecules secure about 10% ± 2% air content. Just like cement-based mortars, test results showed that mechanic...

Cement production has a lot of adverse effects on the environment and globe at large. With all these negativities, it becomes imperative to find alternative materials that are sustainable environmentally friendly reduce some effects. Seashells one numerous wastes quickly accumulating onshore coasts. Using seashells in cement aids ridding from seashores landfills, transforming viable cementitiou...

This research paper proposes a sustainable and feasible technique to utilize seashell waste. The utilization of seashells offers economic environmental benefits because their abundant, renewable, cheap source calcium carbonate. will reduce the hazards waste generated environment landfilling that cause risk water sources public health. Moreover, synthesized bio − CaCO3 end-product cost polymer. ...

Abstract This research mainly concentrates on eco-friendly construction material. Production of cement and concrete industries release huge amount carbon dioxide (CO 2 ) greenhouse gases which affect the environment also there is a demand in material by man-made or nature. The sector finds an economic replacement to achieve for green that improve energy conservation better saving In marine Bio-...