_gerenciamento-sustentvel-de-aterros-sanitrios-27-10-08.jpg "Gerenciamento sustentável de aterros sanitários - 27 10 08 from municipal solid waste generation Video Screenshot Preview")
GalleryPlay Video:
(Note: The default playback of the video is HD VERSION. If your browser is buffering the video slowly, please play the REGULAR MP4 VERSION or Open The Video below for better experience. Thank you!)
⏲ Duration: 33 min 7 sec
✓ Published: 07-Dec-2018
✓ Published: 07-Dec-2018
Description:
Edward Kavazanjian Júnior -Arizona State University - Arizona , USAThere are a variety of practices that can be used to enhance the sustainability of municipal solid waste landfilling by increasing landfill capacity, enhancing waste-to-energy production, and facilitating beneficial post-closure reuse of the site through enhanced waste stabilization. These practices include both operational practices and advanced technological solutions. Operational practices include waste minimization and diver
Edward Kavazanjian Júnior -Arizona State University - Arizona , USAThere are a variety of practices that can be used to enhance the sustainability of municipal solid waste landfilling by increasing landfill capacity, enhancing waste-to-energy production, and facilitating beneficial post-closure reuse of the site through enhanced waste stabilization. These practices include both operational practices and advanced technological solutions. Operational practices include waste minimization and diver
Share with your friends:
Whatsapp | Viber | Telegram | Line | SMS
Email | Twitter | Reddit | Tumblr | Pinterest
_2-11-financial-comparison-of-collection-and-transport-systems.webp "Municipal Solid Waste Management")
_hef-doe-webinar-2011-2012-hydrogen-student-design-contest-winners.webp "This webinar focused on the winning entries from the University of Maryland; Washington State University; and University of California, Davis. This year, teams created design concepts for a tri-generation system that produces electricity, heat, and hydrogen for their university campus. The first place winner, the University of Maryland's design utilizes organic and municipal solid waste via gasification and anaerobic digestion technology. Washington State University placed second and proposed a")
_municipal-solid-waste-management-in-developing-countries.webp "Municipal Solid Waste Management")
_solid-waste-generation-and-disposal.webp "Geoenvironmental Engineering")
_solid-wastes-124-sources-and-types-124-causes-of-generation-124-impacts.webp "INFO ADDA")
_1-4-waste-collection-and-transport.webp "Municipal Solid Waste Management")
_how-singapore-fixed-its-big-trash-problem-124-cnbc-reports.webp "CNBC International")
_how-sweden-turns-its-waste-into-gold.webp "Innovative Techs")
_2-11-financial-comparison-of-collection-and-transport-systems.jpg)
_hef-doe-webinar-2011-2012-hydrogen-student-design-contest-winners.jpg)
_municipal-solid-waste-management-in-developing-countries.jpg)
_solid-waste-generation-and-disposal.jpg)
_solid-wastes-124-sources-and-types-124-causes-of-generation-124-impacts.jpg)
_1-4-waste-collection-and-transport.jpg)
_how-singapore-fixed-its-big-trash-problem-124-cnbc-reports.jpg)
_how-sweden-turns-its-waste-into-gold.jpg)
![[+]](/images/menu.gif){kind=small}