Solutions for CO2 separation, collection, and preservation that utilize nanotechnology, nanoscience, and its related technologies have a tremendous potential to be profitable, economical, and advantageous to the sustainable environment. That is, the nanotechnology products make an important contribution to the promotion of sustainable development goals (SDGs). An adaptable technique of synthesizing nanomaterials is using combustion synthesis method. Nanoscale materials with dimensions of 1–100 nm offer unique physical, chemical, optical, thermal, magnetic, and mechanical properties than completely different solid crystalline materials in visible or optical microscopic range. In addition to their energy storage capacity, silicate phosphors are among the most prominent materials used in the field of luminescence.
TL material possesses afterglow properties, also known as long-persistent luminescence. The main crucial applications of TL phosphor include environmental monitoring, personnel dosimetry, clinical dosimetry, and dosimetry for UV radiation. The range of activation energy demonstrates the commitment of the synthesized nanomaterial to be an excellent TL phosphor, long-persistent and efficient dosimetric material. The present research work has focused on as-synthesized nanomaterial and its applications how to highly depend for sustainable development goals (SDGs) with a focus on the United Nations 2030 Agenda. This nanomaterial can be utilized in the field of agriculture and waste management through recycling process. This nanomaterial plays an important role in improving environmental, economic, and social sustainability for SDGs goals. It is highly capable for developing green technology and environmental protection.
