Endoscopy 2022; 54(S 01): S165-S166
DOI: 10.1055/s-0042-1745010
Abstracts | ESGE Days 2022
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DETAILED METHOD TO DETERMINE CARBON FOOTPRINT

R. Martín-Cabezuelo
1   University and Polytechnic La Fe Hospital / IISLaFe, Endoscopy Unit, Valencia, Spain
,
P. López-Muñoz
1   University and Polytechnic La Fe Hospital / IISLaFe, Endoscopy Unit, Valencia, Spain
,
V. Pons-Beltrán
1   University and Polytechnic La Fe Hospital / IISLaFe, Endoscopy Unit, Valencia, Spain
,
G. Vilariño
2   Universitat Politècnica València, Center for Biomaterials ans Tissue Engineering, Valencia, Spain
,
P.A. Betín
2   Universitat Politècnica València, Center for Biomaterials ans Tissue Engineering, Valencia, Spain
,
I. Tort
2   Universitat Politècnica València, Center for Biomaterials ans Tissue Engineering, Valencia, Spain
,
A. Vidaurre
2   Universitat Politècnica València, Center for Biomaterials ans Tissue Engineering, Valencia, Spain
,
V. Lorenzo-Zúñiga
1   University and Polytechnic La Fe Hospital / IISLaFe, Endoscopy Unit, Valencia, Spain
› Author Affiliations
 

Due to COVID19 pandemic, the use of disposable materials for healthcare purposes has increase significantly, leading to a rampant increase of residues which affects the environment. Determining the life cycle of GI instruments is key factor in improvement our environmental footprint. For that each of the instruments are characterised by several techniques such as, Fourier transform infrared spectroscopy, Energy Dispersive X-Ray analysis, Differential Scanning Calorimetry, and Thermogravimetric Analysis. The establishment of GI instruments carbon footprint make the healthcare institutions become aware of its environmental effect and helps to reduce its detrimental effect by choosing the better option.



Publication History

Article published online:
14 April 2022

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