Munitions, metals, plastics, chemicals, and even corpses have been burned by the US military in massive craters known as burn pits. But these pits are now being compared by many to Agent Orange - a chemical the US used in Vietnam that ruined the lives of millions.
Ten years ago, former US marine Brian Alvarado patrolled and supervised burn pits in Iraq. After battling a string of illnesses, his vocal chords have now been removed, he breathes out of a hole in his neck, and he consumes food from a hole in the side of his stomach.
Alvarado is not alone. The US Department of Veterans Affairs (VA) listed 110,989 veterans and service members in its latest burn pits registry. Critics say the VA has been slow to investigate the problem, and many veterans are unable to receive medical benefits.
But it's not just US veterans who are suffering. A recent study examined the effects of burn pits and other war-created pollution on children from the city of Basra in Iraq, and found a higher incidence of birth defects that coincided with higher levels of lead and other metals in baby teeth.
Former US President Barack Obama outlawed the war-zone burn pits, but the military continues to operate nearly 200 burn pits around the United States. A ProPublica investigation has found that the burn sites are getting rid of extremely toxic materials with little or no oversight and regulation, and often violate what few regulations there are without consequence.
At the Colfax plant in Lousiana, millions of pounds of munitions are burned just a few hundred yards from a small, mostly black community. High levels of toxic vapours like acrolein and benzene have been found in the air, which according to the World Health Organization has "no safe level of exposure." It is the only plant in the country allowed to burn explosives and munitions waste with no emissions controls and has been doing so for decades.
Watch the interview online on :
http://stream.aljazeera.com/story/201708012214-0025480
https://www.youtube.com/watch?v=N9Wj1us36dk
12th International Conference and 5th Asian Congress on Environmental Mutagens (ICEM-ACEM 2017) with the 33rd Annual Meeting of KSOT/KEMS hosted by the Korean Environmental Mutagen Society (KEMS) will be held from November 12-16, 2017, in Incheon, Korea.
ICEM-ACEM 2017 promises to be a ground-breaking event, offering a most special chance to learn up-to-date knowledge and exchange ideas and information on the latest trends with colleagues. The conference website is (www.icem2017.org).
Journal of Water and Environmental Nanotechnology (JWENT) is an open-access, peer-reviewed international journal focused on the publication of cutting-edge scientific research at the intersection of nanotechnology, water science, and environmental sustainability. Published quarterly, the journal provides a rigorous platform for high-quality scientific work on the challenges related to water and wastewater treatment, environmental remediation, and ecological safety. JWENT welcomes original research articles, reviews, short communications, technical notes, case studies, and perspectives covering, but not limited to, the following areas:
Nanotechnology in Water & Wastewater Treatment (Advanced nanomaterials, AI-driven, and nano-enabled approaches for water and wastewater purification, desalination, disinfection, contaminant removal, water reuse, and resource recovery); Environmental Bioremediation (Nano-enabled physical, chemical, biological, and integrated solutions to clean up water, soil, sediments, and agricultural and industrial environments); Sustainable Environmental Nanotechnology (Synthesis and application of green, biological, low-energy, waste- and biomass-derived nanomaterials. Research using nanotechnology-based approaches that support sustainable development and the circular economy, such as nano-enabled agricultural inputs, pollution control, environmental remediation, and protection and enhancement of natural resources, is welcome); Smart Technology and Digital Innovation (Using AI, machine learning, computational modelling, big-data analysis, digital twins, nano(bio)sensors, and the Internet of Things (IoT) to optimize water and environmental processes; to predict nanomaterials’ performance and potential risks; and to enable real-time monitoring and decision-making), and Process Engineering, Resource Recovery, and Sustainability Assessment (Process design and scale-up, pilot plant trials, treatment of real environmental samples, material for recycling and reuse, energy and resource recovery, environmental catalysis, carbon management, and low-carbon water and associated technologies).
Our mission is to bridge the gap between lab discoveries and real large-scale environmental practices. JWENT serves a global audience of scholars, researchers, environmental engineers, and industry practitioners involved in sustainable water and environmental strategies through technological innovation. JWENT publishes all content under the Creative Commons Attribution 4.0 International License (CC-BY 4.0), ensuring immediate and free access.