The fate of heavy metals during clinkerization is of crucial significance to the solid waste utilization, environmental management, and sustainable development.
Aside from the environmental impact, efficient utilization of energy (particularly electricity) is important in developing countries, where the sector is characterized by supply shortfalls resulting in intense outages.
Its core concept lies in collecting effective and reliable environmental information, increasing utilization rates, sharing a degree of environmental information by advanced information technology, and providing timely and scientific foundations for environmental monitoring and management.
Manufacturing of nanostructured materials and functional devices offers many exciting opportunities for substantial contribution in renewable energy utilization, environmental compliance, and product development.
In the face of global environmental challenges the utilization of this information in ecological monitoring contexts has been called for, but examples remain sparse.
Sustainability of production will be analyzed and discussed in terms of several criteria such as economics and farm income, resource utilization, environmental impact, landscape conservation, marketing of local value-added products and the maintenance of the rural population.
While such a commercial nuclear energy expansion is postulated to have environmental, climate, resource utilization, and economic benefits, the fundamental issue for typical U.S. citizens about nuclear energy concerns the potential for exposure to ionizing radiation.
Due to the limited availability of fossil carbon, as well as environmental concerns, comprehensive utilization of lignocellulosics for fuel and chemical production has currently raised much interest.
Traditionally, these plans include planning for community needs in transportation, housing, commercial/office buildings, natural resource utilization, environmental protection, and health-care infrastructure [ 78].
Many studies conducted in the urban settings of developing countries focused on the risk factors of diarrhea related to environmental conditions and utilization of sanitation facilities [ 14- 16].
