The emission of carbon dioxide into the atmosphere is recognized as a significant driver for
climate change. Carbon capture and storage (CCS) techniques are efficient and effective …

In this paper, we have analyzed carbon dioxide (CO 2) capture and hydration using enzyme
inspired complexes. Particularly, efforts have been made to investigate the carbonic …

Rising temperatures and changing weather patterns have made the effect of climate change
more evident setting up an alarm for the need of quick action for its mitigation. Carbon …

Two new small-molecule enzyme mimics of carbonic anhydrase were prepared and
characterized. These complexes contain the salen-like ligand bis (hydroxyphenyl) …

Anthropogenic greenhouse gas emissions, such as CO 2 from fossil fuel combustion, are a
global environmental, health, and economic concern. Aqueous amine-based CO 2 capture …

Zinc complexes were synthesized as catalysts that mimic the ability of carbonic anhydrase
(CA) for the CO2 hydration reaction (H2O+ CO2→ H++ HCO3−). For these complexes, a tris …

This chapter provides a comprehensive overview of the evolving landscape of biomaterials
and their role in addressing carbon emissions. Highlighting the latest advancements in …

Carbon dioxide is a major driver for climate change and carbon capture and storage (CCS)
is widely recognized as an effective way to reduce CO2 emissions to mitigate climate …

Özet Bu tez çalışmasında, heterosiklik gruplar içeren bazı p-ter-bütilkaliks [4] aren türevleri
sentezlenmiş ve sonrasında sentezlenen bileşiklerin bakteriyel (pBR322 plazmit DNA) ve …

This chapter provides a comprehensive overview of the evolving landscape of biomaterials
and their role in addressing carbon emissions. Highlighting the latest advancements in …