DGSS

DGSS

Dynamic Gas Scavenging System (DGSS)

 

The next generation of scavenger interface.
• DGSS® is an external scavenging interface for anesthesia
machines — first innovation in 30 years.
• Potential to reduce vacuum pump demand by 90%
• The DGSS reduces room air entrainment to zero
• Replaces current scavenging interface.
• A significant reduction in vacuum system service
and energy costs
• Utilizes standard GCX mount to bracket on the
Anesthesia Device.

The next generation of scavenger interface.

  • DGSS® is an external scavenging interface for anesthesia machines — first innovation in 30 years.
  • Potential to reduce vacuum pump demand by 90%
  • The DGSS reduces room air entrainment to zero
  • Replaces current scavenging interface.
  • A significant reduction in vacuum system service and energy costs
  • Easily mounts to GE, Drager, Mindray, Spacelabs and Penlon anesthesia machines.

 

 

Developed by Anesthetic Gas Reclamation, LLC, the DGSS® can replace a traditional active scavenger interface system on your anesthesia machines. It's designed to be the essential first step towards anesthetic recycling, reducing greenhouse emissions while saving money 

The Dynamic Gas Scavenging System (DGSS®) is a waste anesthetic gas scavenger interface that is designed to quickly and easily attach to any anesthesia machine, including GE, Drager, Mindray and Spacelabs models. The major benefits of the device include a reduction in scavenging energy and maintenance costs of up to 80%. In addition, the device is intended to greatly increase the efficiency of the anesthesia machine, significantly increasing the vacuum pump's life while eliminating the need to disconnect the scavenging vacuum at the end of the day. Perhaps the most important benefit of the DGSS® is its critical role in reducing greenhouse emissions.

Using general anesthesia, carbon compounds such as Isoflurane, Sevoflurane, and Desflurane are inhaled to produce general anesthesia for surgery. These potent greenhouse gases are currently exhausted into the environment outside the hospital or surgical facility.

While the atmospheric effects of these discarded halogenated anesthetics don’t include ozone depletion, they do contribute to the production of acid rain and greenhouse effects, potentially aggravating global warming.

In the U.S. alone, the total production of these emissions amount to an estimated 2,000 tons per year – the equivalent of almost 4,000,000 tons of excess CO2 release. The EPA (and other international environmental agencies) have systematically regulated or banned many HFCs and HFC-like compounds. State and federal legislation controlling the release of halogenated anesthetics is expected in the near future.

Anesthetic Gas Reclamation, manufacturer of the DGSS®, intends to reduce these impacts and save energy in the process. Its scavenging system is the first step of three components in its anesthetic gas recycling system. The next component (recapture) is expected to be available late this year, while the third (reuse) should receive FDA approval in the near future.

Anesthetic Gas Reclaimation

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