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HAZWOPER Train the Trainer Training
For those of you who plan to participate in the HAZWOPER Train the Trainer Training, don’t forget the first segment of this training will be a webinar conducted on Aug. 11, from 2-3:30 p.m. ET. A link to the WebEx webinar will be sent to each registrant closer to the date. If you are registered for the training and have not yet received a notice about this webinar, please send an email to email@example.com.
Hazwoper Train the Trainer:
Attendees of this training will receive instruction in the fundamentals of effective presentation skills to conduct engaging, effective hazardous waste operator trainings. The 11.5 hour training will be conducted over four days in three formats; webinar, conference sessions and a full-day training and will be delivered by five of NAHMMA’s most skilled and experienced trainers. The basis of the training will be NAHMMA’s 24 Hour Hazwoper Manual, but the focus will be on improving your skills as a trainer while also preparing you to deliver the OSHA 8-hour refresher training to your staff or others.
The webinar is free for all NAHMMA members, the sessions are open to all conference attendees and the 8-hour training requires separate registration. You must attend all to be certified by NAHMMA as having completed the training.
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Fracking industry seeks better chemicals
Inside Science News Service via Laboratory Equipment
Hydraulic fracturing, better known as fracking, propels fluids deep into the Earth to break up rock and release natural gas. It's an impressive feat of engineering that collects a relatively clean-burning fuel, but it has issues. Scientists have linked the process to mild seismic activity. It also uses lots of water and many toxic chemicals.
Could EPR cut New York City's $600 million for paper and packaging waste?
Waste Management World
Managing post-consumer packaging and printed paper costs New York City tax payers some $600 million per year, a cost which could be shared by the producers as is increasingly the case in Europe and Canada, according to the latest analysis from U.S. environmental research firm which advocates for Extended Producer Responsibility (EPR).
The analysts noted that in Fiscal Year 2013 the Mayor's Management Report found that the Department of Sanitation of New York disposed of 3.26 million tons of waste and collected roughly 540,000 tons of paper/cardboard and commingled metal, glass containers, rigid plastics and beverage cartons through curbside recycling.
Amcor joins Coke, Ball and Sonoco in packaging recycling group
The packaging giant has signed onto The Recycling Partnership, a group of food, beverage and package firms dedicated to increase U.S. recycling rates. Amcor Rigid Plastics is the latest packaging player to sign onto The Recycling Partnership.
Mineral magic? Common mineral capable of making and breaking bonds
Reactions among minerals and organic compounds in hydrothermal environments are critical components of the Earth's deep carbon cycle, they provide energy for the deep biosphere and may have implications for the origins of life. However, very little is known about how minerals influence organic reactions. A team of researchers from Arizona State University have demonstrated how a common mineral acts as a catalysts for specific hydrothermal organic reactions — negating the need for toxic solvents or expensive reagents.
Tetronics technology to recover precious metals from e-waste in the US
Eco-Business (press release)
Tetronics International, a global leader in Plasma Arc technology for resource recovery and hazardous waste treatment applications, is pleased to announce that BlueOak Resources, U.S. have selected Tetronics’ technology for their national project to sustainably recover precious metals from electronics waste, one of the world’s fastest growing waste streams. The first recovery plant will be installed in Osceola, Arkansas.
Plant plastics reach for the stars
Researchers in Finland have transformed rice starch into a temporally stable, optically transparent, biodegradable plastic with a high degree of mechanical strength and good thermal resistance. This important step towards bioplastics made from simple and sustainable resources has potential applications in food packaging and biomedical materials.
Trio of small businesses handles torrent of e-waste
This year three Rhode Island companies are on pace to divert some 6 million pounds of e-waste from the state’s waste stream. But that 3,000 tons is just a fraction of what is collecting dust in basements, attics and garages, being tossed illegally into Dumpsters or vacant lots and being left on the curb for no one in particular.
In fact, much of what we label “e-waste” is actually not waste at all, but electronic equipment or parts that can be recycled or sold for reuse.
Chemists develop new formulation for the generation of green flames
Loyola Marymount University chemists have developed a new formulation for the generation of green flames. Unlike conventional mixtures, the new blend of reactants is environmentally benign, and it produces a green flame of previously unattained purity.
The reaction mixture normally used in green signal flares contains two toxic chemicals: barium nitrate — which emits green light when combined with a chlorine donor — and potassium perchlorate, which serves as an oxidizing agent.
Hacker musician turns e-waste into an awesome instrument
PermaLink via Wired
People tend to think of musical instruments in fixed terms: that’s a guitar, this is a saxophone, that’s a synthesizer. Colten Jackson, however, plays an instrument that’s hard to classify. The Illinois musician hacked together what he calls the Hard Rock Guitar out of e-waste: six obsolete hard drives and an old keyboard number pad, powered by an Arduino board. At Jackson’s command, it emits a range of synthy, ambient tones.
Biodegradable plastic technology moves forward
Green chemistry company Carbios says it has achieved a key milestone in the development of its controlled biodegradation process for disposable soft plastics by obtaining completely biodegradable plastic material in domestic conditions.
This plastic material issued from an oil-based polymer and an enzyme has a controlled kinetic that loses 50 percent of its mass in 15 days and completely biodegrades in less than three months.
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