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Environmental engineering science combines the biological, physical and chemical science with engineering field. It also focus on the biological process that involves in water and air pollution, environmental technology, water quality engineering and environmental protection. Climate change, environmental risk assessment, environmental policy, environmental sensing are the main concept of environmental engineering science.
Climate change refers to the rise in average surface temperature on earth. It is also known as global warming. Climate change happens due to the human use of fossil fuels, which release carbon dioxide and other gases into the air. The gases catch heat within the atmosphere, which affects the Ecosystem.
Environmental risk assessment is a process of considering the risk of adverse effect on environment by chemical substance.Environmental policy refers to the laws and regulations of an organization. It includes waste management, ecosystem management, water and air pollution, biodiversity management. An environmental policy must be appropriate for the organization.
Environmental sensing refers to the representation and measurement of the characteristics of earth surface. It includes temperature sensors, wind speed measurement sensors, water level sensors, wind direction sensors.
Some of the assignment help topics include :
- Environmental Problems, Their Causes and Sustainability, Living More Sustainably, Population Growth, Economic Growth, Economic Development, Environmental Problems, Causes, Connections, Science, Matter and Energy, Science, Technology, and Environmental Science, Models and Behavior Systems,Law of Conservation of Matter, Fundamental Laws of Energy, Nuclear Changes, Matter and Energy Change Laws and Sustainability, Matter Cycling in Ecosystems, The Water Cycle, The Carbon Cycle, The Nitrogen Cycle, The Phosphorus Cycle, The Sulfur Cycle, Climate and Biodiversity, Climate and Factors Affecting It, Climate and Life on Land, Aquatic Environments, Geology and Nonrenewable Mineral Resources, The Nanotechnology Revolution, Earth’s Major Geological Processes, Harmful Effects of Using Mineral resources
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- Probability density functions, Computing means, variances from PDFs, Estimating errors, Error propagation, Errors on the mean, Signiﬁcance of diﬀerences, Correlation, Least-squares ﬁts, Matlab and linear algebra, Least-squares ﬁts: ﬁnding solutions, Least-squares ﬁts: estimating uncertainties,Catch-up, Weighted least-squares ﬁts, ﬁtting complex quantities, Goodness of ﬁt, Decorrelation and degrees of freedom, Sinusoidal variability, Spectral analysis, Fourier transforms, The fast Fourier transform, Spectra, Uncertainties and spectra, Coherence, Rotary spectra, Empirical orthogonal functions, Uncertainty and EOFs,Design, Prototypes, Renewable and Non-Renewable Energy, Biofuels, Sustainable Infrastructure, Sustainable Agriculture, Waste Water Treatment, Solid and Hazardous Waste, Water Monitoring, Environmental Policy, Water Quality, Permitting, Low Impact Development, Environmental Engineering, Fundamentals of Microbiology,cells, metabolism and growth,bacteria, protozoa, algae, fungi, viruses, Biological Wastewater Treatment Processes
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Help for complex topics like :
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- Environmental Engineering,Fundamentals of Microbiology: Cells, Metabolism, Growth, Microbial Groups ,Bacteria, Protozoa, Algae, Fungi, Viruses,Biological Wastewater Treatment Processes,Biodegradable Solid Waste and Sludge Treatment Processes,The Role of Chemistry in Environmental Engineering,Chemistry Tutorial Questions,Chemistry of Waste Decomposition in Landfill,Energy from Waste,Air Pollution
- environmental engineering ,hazardous waste management,water treatment,wastewater treatment,air pollution and its control,solid waste management,groundwater pollution ,environmental regulations
Few Topics are:
- Quantitative evaluations
- environmental processes
- mass and energy balances
- mass and heat transfer
- chemical kinetics
- water quality modeling
- water treatment
- indoor and outdoor air quality
- risk analyses