Environmental Energy Designs - EcoHealth Policy & Economy. Ecological Public Health - Sustainable Designs in Environmental Energy and Sanitary Engineering for Circular Economy

      Аннотация: Ecological environmental health policy is a vital part of the sustainable energy in circular economy, but unmanaged environmental health technologies can affect the health of humans, ecosystems, water, air, soil on Earth. In this book are presented, new innovative developments to new insights into the relationship between ecohealth policy, sustainable energy designs and proper use of geoinformation tools. The main aim of the book is to present an efficient structure between ecological environmental health policy, sustainability at environmental ecological health-care facilities, efficient sustainable construction designs and geoinformation tools. Investment opportunities are discussed for the right decision making between policy makers and stakeholders within for an efficient integrated ecological public health. Useful results are made for construction designs related to sustainable development, hybrid energy designs, sanitary engineering designs that protect public health. Useful conclusions are made for planners, municipalities, policy makers, politicians, decision makers, engineers, managers, health-care professions, public health professions, environmentalists and investors.

Ключевые слова: Industrial Ecology, Ecological Health, Public Health, landfill gas, landfill leachates, waste water treatment, Industrial Pollution, Environmental Engineering, energy engineering, civil engineering, Sanitary engineering, community health, Circular economy, renewable resources, indoor environmental health, Environmental Impact Assessment, sustainable designs, geoinformation utilities, Project Management, efficient construction design, efficient materials, Water Resources, transportation designs, monitoring utilities, Quality assurance, risk assessment, Decision Making, landfill design, waste management, Hybrid Energy Systems, construction design, landfill biotechnology, Fluid mechanics, sustainable development policy, numerical modeling