DON’T LET THE USE OF OXYGEN CONFINE YOU!
Customers travel on land, air and sea using Portable Oxygen Concentrators .
The following International airlines approve the Inogen One, SeQual Eclipse and the Respironics EverGo: Air France, Air Canada, El Al Airlines, Alitalia, SAS Airlines, Lufthansa, Qantas, All Nipon Airways, ATA Airlines, Cathey Pacific, Icelandair, Norwegian, LTU International, Singapore Airlines, Swiss International, and Virgin Atlantic.
Many satisfied customers have used OxygenWorldwide for travelling to destinations such as Norway for their portable oxygen needs.
We have the equipment, we have the experience:
International or Domestic Travel
Back up service
24 hour service
OxygenWorldwide has been a leader in servicing the needs of medical oxygen travelers. We are experienced in serving your medical, home and airline oxygen needs while you are on the go!
Most travellers with existing medical conditions are able to fly without difficulty. However, occasionally certain precautions need to be taken.
A fitness to fly form is required to be completed when:
Fitness to travel is in doubt as a result of recent illness, hospitalisation, injury or surgery
If you have an existing unstable medical condition
You wish to use medical equipment or therapeutic oxygen on-board
Most medical cases are straightforward, but some require individual assessment. In certain cases, we may ask that you and your doctor complete a “Fitness to Fly’ Form.
Carriage of a POC:
Passengers carrying a POC should obtain a Medical Equipment Approval & Baggage Waiver letter. This approval & waiver letter must be presented at the Bag Drop desk or at the boarding gate if travelling with no checked baggage.
Use of POC during Flight:
If you wish to use a POC during flight, for the use onboard you will be required to complete a ‘Fit to Fly’ form which will be sent to the passenger once the requirement has been notified. This completed “Fit to Fly’ form must be returned between 14 up to 2 days prior to travel for validation. The validated “Fit to Fly form must be carried by the passenger on all flights and produced to our cabin crew on boarding the aircraft.
If the POC is to be used onboard it is the passenger’s responsibility to ensure that they have a sufficient number of fully charged batteries for the duration of the flight and any possible delays, as POC or batteries cannot be charged on board.
Individual airline carriers have their own regulations please check before booking departure for full details.
Norman McCombs, a University at Buffaloalumnus and executive at Amherst-basedAirSep Corp., has been awarded the National Medal of Technology and Innovation, the U.S. government’s highest honor for technological achievement.
McCombs, who lives in Tonawanda, “developed an oxygen production system that spawned a billion dollar industry and helped ease the pain of millions suffering from lung diseases,” according to a release issued by UB. He is AirSep’s senior vice president of research and development.
President Obama will present the medal to McCombs and other award winners at a Feb. 1 ceremony at the White House.
The award is administered for the White House by the U.S. Department of Commerce’sPatent and Trademark Office and recognizes those “who have made lasting contributions to America’s competitiveness and quality of life and helped strengthen the nation’s technological workforce,” according to a White House statement.
McCombs is the third person with UB ties to receive the medal. Former engineering professor Esther Takeuchi was honored in 2007 for developing a battery used to power implantable cardiac defibrillators. Wilson Greatbatch, founder of Greatbatch Inc. and a UB alumnus and faculty member, received the award in 1990.
McCombs developed a method of separating gases that produces oxygen, leading to a device called an oxygen concentrator, which is used to treat people suffering from chronic obstructive pulmonary disease. There are currently about 1.2 million oxygen concentrators in the U.S. alone, a more than $2 billion industry.
Dan Miner is Business First’s enterprise reporter. He also covers education and public companies.
For those of you with diseases such as chronic obstructive pulmonary disease, emphysema or chronic bronchitis, supplemental medical oxygen is a necessity. If you have ever tried to travel with supplemental oxygen, you know how difficult this can be. Being prepared, and knowing how to travel safely with oxygen and where to obtain oxygen at your final destination is vital. This is where OxygenWorldwide can help with 20 years of expertise the team are ready and waiting. On call 24 hours a day book your next trip no matter how short or long haul and you will always be in safe hands.
Safety is a very important issue when traveling by car, as an oxygen tank can become a dangerous projectile in an accident. It is crucial to secure the unit. Your oxygen company can provide you with information about safe ways to store and protect your particular oxygen unit in a vehicle. In case of break down OxygenWorldwide provide a FREE registration to a Back Up Service – complete details online now and await a confirmation from our team.
Portable oxygen concentrators — which form oxygen by extracting and separating it from the surrounding air, and deliver it through a nasal cannula — may be stored in any position, but they should be padded to protect them from impact.
Travel by airplane also takes a good amount of research and preparation. No airline will allow you to bring aboard your own oxygen cylinder, but many airlines have medical oxygen cylinders available for a fee for use on their planes, such as Alaska Airlines, British Airways, Continental, Delta and Japan Airlines. The oxygen containers used on airplanes vary from airline to airline.
You will also need to contact your airline to learn their requirements for advance notification of your need for medical oxygen. Many airlines will need a letter from your physician in advance of the flight, so they can contact him or her to verify liter flow. The letter should have a date of no more than one year prior to the flight (some airlines require a letter dated no more than 10 days prior to the flight), stating the amount of oxygen needed and the flow rate, adjusted to cabin pressure.
In Europe, the rules and regulations for oxygen use on vary from country to country. There is no one place to find the information for a trip that takes you from country to country. Your best bet is to contact OxygenWorldwide’s customer service department who have a wide range of knowledge in these countries.
Being well prepared will make your travels much more enjoyable.
While the warranty service on your portable oxygen concentrator is handled by the retailer you purchase it from, oxygen concentrators are covered by different warranties depending on who manufactured them. It is important to keep in mind the duration of your warranty so you are prepared with the correct information, should a problem with your device arise. Not all warranties cover everything especially the need when you are away in a different county and your machine is faulty or needs repairing.
Be sure to carefully consider the different portable oxygen concentrators available before purchasing. However, regardless of what model you choose, you are sure to enjoy the freedom of being able to travel in ways that, several years ago, were not possible for patients requiring oxygen therapy.
At OxygenWorldwide we have a very unique service that our customers rely on each time they chose to travel abroad for every trip. Registering is free and all the hard work is done by our team of consultants priory to your travels to make your trip stress and worry free.
Our Simple Oxygen Solutions means that we can arrange alternative oxygen can be supplied in case you encounter problems with your oxygen device and also check this is possible before you travel. For further details and to register please contact our team on [email protected]ygenworldwide.com or visit our website for further details www.oxygenworldwide.com
Tip 1. Planning is key.
Do not purchase your flight ticket without first knowing the oxygen policy of your preferred airline. It is wise to know that some airline companies DO provide oxygen during some flights, but not all. Know that the airline company will only provide oxygen on the plane, NOT at the airport. Do not be discouraged about having to set up arrangements for your travel oxygen needs. Traveling with oxygen can definitely be accomplished, with the proper planning and expert knowledge that our team can provide here at Oxygen Worldwide – the experts in travelling with medical oxygen.
2. Always travel with a copy of your prescription for oxygen as well as any other medication.
If you are in need of additional equipment, you will be ready. Be sure to have multiple copies, just in case.
3. Have a 24hr back up service for emergencies.
Register online today for our simple oxygen solutions service – this is free and available to all registered customers – click here
4. Be educated on the oxygen equipment that is available to you. If you have never used Liquid Oxygen before, learning how to fill a portable unit from a reservoir in your cabin on the first day of a cruise is not the time to do so. If you are traveling internationally, know exactly what’s available to you and where to get it. In Italy, for instance, Liquid Oxygen is the most common equipment. Talk to your local oxygen provider team member about education on Liquid Oxygen prior to traveling to Italy. Having enough batteries for your trip is vital.
5. Always consult your physician prior to traveling with oxygen. Flying and traveling to higher altitudes can affect the way you use therapeutic oxygen.
How does an Oxygen Concentrator work?
An Oxygen Concentrator uses the ambient air, which is normally 80% nitrogen and only 20% Oxygen. The oxygen concentrator separates the two components by using zeolite granules to selectively absorb nitrogen from the compressed air. The compressor raises the air pressure to about 20-lbs per square inch (P.S.I). The compressed air is introduced into one of the canisters containing zeolite granules where nitrogen is selectively absorbed leaving the residual oxygen available for patient use. After about 20 seconds the supply of compressed air is automatically diverted to the second canister where the process is repeated enabling the output of oxygen continue uninterrupted.
While the pressure in the second canister is at 20 P.S.I. the pressure in the first canister is reduced to zero. This allows nitrogen to be released from the zeolite and returned into the atmosphere. The zeolite is then regenerated and ready for the next cycle. By alternating the pressure in the two canisters so that first one and then the other is at 20 P.S.I., a constant supply of oxygen is produced while the zeolite is continually being regenerated. Individual units have an output of up to five litres per minute with an oxygen concentration of up to 95%. What is Zeolite? The word ‘zeolite’ is Greek in origin and means ‘boiling stones’ as natural zeolites visibly lose water when heated. Zeolite is an inorganic porous material having a highly regular structure of pores and chambers that allows some molecules to pass through, and causes others to be either excluded, or broken down. It is in many ways, the inorganic equivalent of organic enzymes, many of which also have specific sized chambers that trap chemicals within our bodies, holding them where they either break down, or react with specific chemicals. Zeolite has many uses. Who uses O2 concentrators?
COPD Patients suffer from chronic obstructive pulmonary disease (COPD), an illness with disabling symptoms, high cost of care, and substantial mortality. COPD is an obstructive airway disease that is characterized by a reduction noted on the individual’s pulmonary function study. The term COPD is often applied to a family of diseases, including emphysema, chronic bronchitis, and alpha 1-antitrypsin disease. Currently, therapeutic interventions can slow the progression of these diseases, but they cannot stop or reverse it.
Oxygen concentrators dramatically extends the use time from a supply of oxygen, offering increased mobility with improved comfort and increased efficiency. The short pulse of oxygen delivered during inhalation is almost undetectable, and the humidity in the room air helps maintain a normal level of moisture in the nasal cavity. This greatly reduces the discomfort of dehydration associated with a continuous flow oxygen system.
For more information on medical oxygen, oxygen concentrators and traveling abroad please contact Oxygen Worldwide.