Introduction: Calcium carbonate (CaCO3) has broad biomedical utilizations owing to its
availability, low cost, safety, biocompatibility, pH-sensitivity and slow biodegradability …

This article reviews current developments in metal-based sorbents for carbon capture with
emphasis on calcium oxide. A broad overview of carbon dioxide capture with metals in …

The concrete industry has a plethora of negative impacts on the globe and environment.
Also, with the depletion of natural resources that are used in concrete and cement …

Introduction In recent years, the applications of calcium carbonate (CaCO3) nanoparticles
(NPs) have gained extensive interest as targeted drug/gene delivery systems to cancerous …

The synthesis of pure calcium carbonate nanocrystals using a high pressure homogeniser
(HPH) via a microemulsion system produced uniform nanosized particles, which were …

Controlled Structure nanomaterials have played important roles in the advancement of
targeted drug-delivery, gene silencing, therapeutics, catalysis, water purification and …

Calcium carbonate binder is well-known to reduce the carbon footprint and brings great
economic and environmental benefits. However, the cementitious mechanism is unclear due …

Green mussel shells contain a high content of calcium that can be potentially used for
starting biomaterials. A powder processing and subsequent calcination-dissolution …

Seashells from marine by-product are potentially used in concrete as partial replacement of
cement or fine aggregates substitute. The shells generally have high calcium content (CaO) …

Carbonated hydroxyapatite (CCaHAp) closely mimics the chemical composition of apatite
found in human bone, compared to hydroxyapatite (HA). The present study aimed to prepare …