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Messer in the news - Messer Albagaz Sh.p.k.

Safety Alert

Recent incidents in healthcare facilities have highlighted the need to raise awareness of the hazards of oxygen-enriched atmospheres, particularly during the COVID-19 pandemic.

The potential hazards associated with oxygen-enriched atmospheres are well known and several EIGA publications provide personnel working with oxygen with details of the fire and explosion hazards associated with these conditions.

Moreover, during the COVID -19 pandemic patients receive High-Flow Nasal Oxygen (HFNO) as an effective means of treatment, capable of delivering an oxygen flow rate of up to 60 litres per minute. As more wards are equipped for oxygen treatment and HFNO treatment, it is possible the ventilation systems will not be able to maintain atmospheres that are not oxygen enriched.

All these factors contribute to the higher risk of oxygen-enriched atmospheres (i.e. more than 23.5% O2 in air) in healthcare facilities.

Besides the increase in oxygen concentration in the ward, there is the potential for clothing and bedding material to become enriched with oxygen, making them extremely flammable and should these ignite, they will burn fiercely. Additionally, care should be taken with the use of hydrocarbon-based creams and gels, which can support a fire and makes the situation worse. When an environment or material becomes oxygen enriched and therefore very flammable, a low energy source can easily ignite these materials.

Therefore, care shall be taken to assure that any electrical equipment in the vicinity of the patient has been suitably tested to ensure that it will not cause any sparks that could ignite clothing and bedding.

In operating theatres care is also required where oxygen is administered whilst using hot/heated surgical equipment.

Open flames and smoking (including electric cigarettes) shall not be allowed in the vicinity where oxygen is applied.

Conclusions

During the COVID-19 pandemic the risk of oxygen-enriched atmospheres in healthcare facilities is higher than usual. Although well known, EIGA wants to make all healthcare facilities aware of oxygen hazards and propose precaution measures:

Factors contributing to the increase in risk of oxygen enrichment:

  • High-Flow Nasal Oxygen therapy with flow rates of up to 60 litres per minute;

  • More patients treated than usual;

  • New additional 'side wards' not appropriately equipped with a suitable ventilation system; and

  • electrical equipment in the vicinity of the patient not tested to prevent creation of sparks.

Some precautionary measures include:

  • Train all users on safe handling of oxygen;

  • Make staff familiar with the position and procedure of emergency oxygen shut-off valves at every ward (in case of fire alarm);

  • Never allow open flames and hot equipment in the vicinity;

  • Do not use hydrocarbon-based creams and gels;

  • Assuming air changes are as required, the increase in oxygen concentrations within the Intensive Care Unit should be risk assessed and dealt with accordingly;

  • Where the ventilation system is not designed to provide sufficient air changes, to additional ventilation is recommended to assist the process of dispersing the oxygen within the ward area or in a 'side ward' (for instance, open windows). It may be appropriate for clinical staff to wear personal oxygen monitors under these circumstances; and

  • Where a patient is being treated even with low oxygen volumes, if they are moved to an area where there is a potential for open flames to be present, their clothing and bedding should be allowed to 'ventilate' for at least 15 minutes to assure that any excess oxygen is dispersed.

References

EIGA Doc 04 Fire Hazards of Oxygen and Oxygen Enriched Atmospheres www.eiga.eu

EIGA Safety Leaflet O2 Hazard! Oxygen Enrichment www.eiga.eu

Safety information on oxygen enrichment is given in the EIGA eLearning on oxygen safety https://eiga.eu/publications/elearning/

 

DISCLAIMER

All technical publications of EIGA or under EIGA’s name, including Codes of practice, Safety procedures and any other technical information contained in such publications were obtained from sources believed to be reliable and are based on technical information and experience currently available from members of EIGA and others at the date of their issuance.

While EIGA recommends reference to or use of its publications by its members, such reference to or use of EIGA’s pulications by its members or third parties are purely voluntary and not binding. Therefore, EIGA or its members make no guarantee of the results and assume no liability or responsibility in connection with the reference to or use of information or suggestions contained in EIGA’s publications.

EIGA has no control whatsoever as regards, performance or non performance, misinterpretation, proper or improper use of any information or suggestions contained in EIGA’s publications by any person or entity (including EIGA members) and EIGA expressly disclaims any liability in connection thereto.

EIGA’s publications are subject to periodic review and users are cautioned to obtain the latest edition.

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