Geocemconic

Geocemconic is a theoretical concept that describes the potential intersection of geological processes with the development and application of advanced construction materials. It suggests a future where materials science and civil engineering are more deeply integrated with an understanding of Earth's natural systems, particularly its mineralogy and geochemistry. This approach emphasizes the creation of building materials that are not only sustainable and durable but also designed with a keen awareness of their origin from geological resources and their ultimate fate within the geosphere.

The core idea behind geocemconic involves leveraging the principles of geochemistry to design and manufacture construction elements. This could include developing novel cements or concretes that mimic or enhance natural geological formations, utilizing bio-inspired mineralization processes, or creating materials that actively interact with their geological environment in a beneficial way, such as self-healing concretes inspired by rock weathering and repair mechanisms.

Research in geocemconic might focus on aspects like optimizing the use of abundant, low-impact geological materials, developing binding agents that are more energy-efficient to produce and less carbon-intensive, or designing materials that can sequester carbon dioxide during their lifecycle. The term also implies a consideration for the long-term geological stability and environmental impact of constructed structures, promoting a circular economy approach to construction materials that aligns with geological timescales and cycles. While geocemconic is not yet a widely established field, it represents a conceptual framework for future innovation in sustainable and geologically informed construction.