Depletion of Ozone layer
Effects of mining, drilling, etc
Toxics
Slide 21
Energy
Green Chemistry will be essential in
developing the alternatives for energy generation (photovoltaics, hydrogen, fuel cells, biobased fuels, etc.) as well as
continue the path toward energy efficiency with catalysis and product design at the forefront.
Slide 22
Concerns for climate change, oceanic temperature, stratospheric chemistry and global distillation can be addressed through the development and implementation of green chemistry technologies.
Slide 23
Due to the over utilization of non-renewable resources, natural resources are being depleted at an unsustainable rate.
Fossil fuels are a central issue.
Slide 24
Resource Depletion
Renewable resources can be made increasingly viable technologically and economically through green chemistry.
Biomass
Nanoscience & technology
Solar
Carbon dioxide
Chitin
Waste utilization
Slide 25
While current food levels are sufficient, distribution is inadequate
Agricultural methods are unsustainable
Future food production intensity is needed.
Green chemistry can address many food supply issues
Slide 26
Food Supply
Green chemistry is developing:
Pesticides which only affect target organisms and degrade to innocuous by-products.
Fertilizers and fertilizer adjuvants that are designed to minimize usage while maximizing effectiveness.
Methods of using agricultural wastes for beneficial and profitable uses.
Slide 27
Substances that are toxic to humans, the biosphere and all that sustains it, are currently still being released at a cost of life, health and sustainability.
One of green chemistry’s greatest strengths is the ability to design for reduced hazard.
Slide 28
Increasing Greenness
Prevention & Reduction
Recycling & Reuse
Treatment
Disposal
Pollution Prevention Hierarchy
Slide 29
Green chemistry Not a solution to all environmental problems But the most fundamental approach to preventing pollution.