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"Internet Of Things"

Biogas Recovery Systems

  • Anaerobic digesters that capture and combust biogas (mostly methane) to produce electricity, heat or hot water.
  • Highly effective in confined livestock facilities
  • They provide enhanced environmental and financial performance when compared to traditional waste management systems.

Waste Management System

Waste Management Systems

Benefits

  • Reduces CO2 levels due to less transport using vehicles
  • More efficient trash disposal for the community
  • Creates maintenance jobs
  • More compact waste collection stations than the current system.
  • Companies like MariMatic create these systems
  • Places like Europe and Asia uses automated waste systems.
  • Located indoors and outdoors.
  • Trash is thrown in a waste inlet
  • Sensors monitor the level of waste and empty the inlets
  • Trash runs through underground pipelines to waste containers
  • Once full, containers are transported to waste stations using underground railroads etc.

AgSTAR

  • Program designed to reduce methane emissions from livestock waste management operations by promoting the use of biogas recovery systems.

Toxic Gas Levels

  • The toxic gas levels in CAFO's (Concentrated Animal Feeding Operations) are increasing.
  • Researchers and companies are finding ways to harness these gases (mostly methane).

Waste Management

Smart Gas Leak Detection

What are the problems that you find with your garbage?

  • Broken Trash
  • Split garbage
  • Missed garbage days
  • Air Pollution
  • Many different companies are creating gas monitors and detection solutions that are used in industrial markets worldwide.

  • These detection systems are key in plants and markets because many poisonous gases are being used and contained and it is important to know that the workers are working in a safe environment.

"Internet of Things"

SOURCES

Types of Dangerous Gases typically used:

  • Power plants such as oil, coal, thermal, nuclear, and diesel all contain dangerous and harmful gases, which is why these smart leak detection systems are so critical to the plants.
  • Gases include fossil fuels, ash (waste), sulfur dioxide, nitrogen oxides and carbon dioxide and methane.
  • Anything from animals to people can make data transfers without the need for human-computer interaction nor human-to-human interaction
  • Using (MEMS) Micro-Electromechanical Systems : This combines computers & sensors
  • http://www.libelium.com/top_50_iot_sensor_applications_ranking/
  • http://www.waste-management-world.com/articles/print/volume-10/issue-4/features/the-future-of-waste-collection-underground-automated-waste-conveying-systems.html
  • http://www.metrotaifun.com/automatic_solid_waste_collection_system/index.php/technology/metrotaifun-vs-traditional
  • http://www.epa.gov/agstar/about-us/index.html

Smart Cities

Companies involved

  • Cities will have multifunctional infrastructures
  • Waste Systems such as bathrooms that will transform waste-water to drinking water.

From digital sensors to ultrasonic to audio detection, there are many companies that are in the business of smart leak technology.. more than you'd think. Here are just some:

  • Sierra Motor Corporation
  • Canadian Energy Pipeline Association (CEPA)
  • Det-tronics
  • Gas-Elec
  • Emerson Process Management

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