Medical Oxygen Concentrator Systems Ge Gene nerate gas gases on site ge generat ate sa savin vings
Medical Oxygen is a critically important commodity to all Health Care Facilities (HCF’s) Ge Gene nerate gas gases on site generat ge ate sa savin vings
How is Oxygen Supplied? Depending on the size and needs of the HCF , Oxygen can typically be supplied in one of two ways : q An Oxygen Supply Company q An Oxygen Concentrator (OC) System Ge Gene nerate gas gases on site ge generat ate sa savin vings
Gas Supply Companies Oxygen can be delivered by: High Pressure Cylinder Gas Liquid Storage Tanks (smaller size HCF’s) (larger size HCF’s) Ge Gene nerate gas gases on site ge generat ate sa savin vings
The Ox Oxygen Concentra trato tor r Syste tem uses the same Oxygen Gas distribution system that a Gas Supply Company uses. The only thing that changes is the source of supply. Gas Supply Company Oxygen to HCF’s Distribution Distribution Panel Network Oxygen Concentrator System Gene Ge nerate gas gases on site generat ge ate sa savin vings
Gas Supply Companies Typically Charge q Rental of the Storage Equipment (either HP cylinders or Bulk storage tanks) q Delivery charge for supplying either HP Oxygen cylinders or Liquid Oxygen in bulk storage (fuel and environmental surcharges may apply) q Per cubic meter of Oxygen delivered Ge Gene nerate gas gases on site ge generat ate sa savin vings
Taking delivery of your gas adds transport, carbon tax, and environmental charges to the oxygen used by the facility. Generating gas on site eliminates these charges. Ge Gene nerate gas gases on site ge generat ate sa savin vings
ON Site Oxygen Concentrator An alternative source of supply considered by HCFs, is to generate gas onsite and hedge on the upcoming carbon tax with an Oxygen Concentrator System Ge Gene nerate gas gases on site generat ge ate sa savin vings
When MORE Matters OC-130 Oxygen Concentrator • Sound Level - 83db • Heat Rejection - 37500 BTU/Hr • Flow Capacity - 515 LPM @ 85psig • Concentration - 95% (+/- 1%) • Storage Tank -1060 gallons • Weight - 6000 lbs • Air Receiver - 240 Gallon • Operating Temperature +10 - +40C • Paramagnetic Analyzers Compressor - 50HP • Sound Level - 70db • Heat Rejection -126000 BTU/Hr • Flow Capacity - 230 CFM @ 125 psi All ON 2 OC Systems can be duplexed/triplexed for added reliability or additional capacity Ge Gene nerate gas gases on site generat ge ate sa savin vings
SPACE SAFETY ESTHETICS Reasons to consider an OC FINANCIAL RELIABILITY ENVIRONMENTAL GEOGRAPHICAL Gene Ge nerate gas gases on site generat ge ate sa savin vings
Cost Savings Having an HCF produce it’s own Oxygen onsite is a SAFE, RELIABLE and ECONOMICAL, alternative that provides the HCF with substantial annual cost savings. Ge Gene nerate gas gases on site generat ge ate sa savin vings
Distance from Supply Matters Cost Analysis $7.00 $5.75 $6.00 $5.00 $4.25 CANS $ $4.00 $3.00 $3.00 $1.50 $2.00 $0.34 $0.34 $0.34 $0.34 $1.00 $0.00 UNDER 50 KM UNDER 100 KM UNDER 200 KM UNDER 300 KM Distance from Gas Plant Bulk/Gas Supply Oxygen Concentrator Ge Gene nerate gas gases on site ge generat ate sa savin vings
Advantages of VPSA Technology • Fast 3 min. start-up and cycle times, which reduces overall power consumption • Higher output pressure – 85 psi • Long life, low maintenance • Small footprint allows for duplexing or tri-plexing • Vacuum during the desorb cycle completely clears the sieve of nitrogen • This process also removes any moisture which extends the life of the sieve material Ge Gene nerate gas gases on site ge generat ate sa savin vings
How it Works Oxygen Oxygen Ambient Air Supply Concentrator System 95% O 2 Exhaustion of Other Gases (mostly Nitrogen) Ge Gene nerate gas gases on site generat ge ate sa savin vings
Considering an Oxygen Concentrator System Complete an Economical Step 1 Analysis of the current HCF’s source of supply Compare the results to the Step 2 capital and operational cost of an Oxygen Concentrator System Gene Ge nerate gas gases on site generat ge ate sa savin vings
Things to Consider Both short and long range planning should be evaluated to ensure the correct system is chosen to meet the needs of the facility. Space in the facility has to be considered unless a R.O.C.S. is used. These may include: q Size of facility q Oxygen usage patterns q Future expansion, etc. Ge Gene nerate gas gases on site generat ge ate sa savin vings
How to Size a System Hospital Typical Daily Usage 2000 1800 1600 1400 1200 1000 LPM 800 600 400 200 0 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 Time of Day Ge Gene nerate gas gases on site ge generat ate sa savin vings
OPTIONS for Combining Source of Supply q An OC should be sized to cover off the average peak demand of the HCF q A second option is to use an OC in HCF Needs combination with a bulk gas to supply where the OC would “peak shave” allowing the hospital to continue to use the existing size bulk tank, and use both supplies to meet their need. Gene Ge nerate gas gases on site generat ge ate sa savin vings
CSA Z7396.1-17 Changes • The new CSA standard gives the HCF the option to decrease the size of the secondary and reserve sources using a risk-based analysis. • Utilizing Oxygen Concentrators as the secondary source, instead of cylinders or bulk tanks • USP 93 requires monitoring for CO, CO 2 and humidity in the Oxygen output of the OC
ON 2 Remote Oxygen Concentrator System ROCS are available in 20 and 40 foot sizes With a variety of system configurations Ge Gene nerate gas gases on site ge generat ate sa savin vings
Oxygen Bottle Filling Station An OC system can include an Cylinder Filling Station (CFS) in a R.O.C.S. or within the facility, if space is available. This station will use the excess O 2 generated to fill bottles. If the hospital is using the full output, the filling station will stop until excess O 2 is available. Ge Gene nerate gas gases on site ge generat ate sa savin vings
Customized Solutions Properly sized and designed, on-site production provides an immediate reduction in cost and virtually eliminates exposure to OXYGEN CONCENTRATORS rising inflation due to either usage, transportation, or Model 1-V 6 11 15 20 35 43 55 73 90 130 supplier price hikes. LPM 7.5 20 40 60 80 125 175 210 280 350 515 11 29 60 86 115 180 252 302 403 504 742 M3/day ON2 manufactures a range of concentrators that can produce from 7.5 LPM up to 515 LPM of 95% oxygen. Gene Ge nerate gas gases on site generat ge ate sa savin vings
When MORE Matters OC-130 Oxygen Concentrator • Sound Level - 83db • Heat Rejection - 37500 BTU/Hr • Flow Capacity - 515 LPM @ 85psig • Concentration - 95% (+/- 1%) • Storage Tank -1060 gallons • Weight - 6000 lbs • Air Receiver - 240 Gallon • Operating Temperature +10 - +40C • Paramagnetic Analyzer Compressor - 50HP • Sound Level - 70db • Heat Rejection -126000 BTU/Hr • Flow Capacity - 230 CFM @ 125 psi All ON 2 OC Systems can be duplexed/triplexed for added reliability or additional capacity Ge Gene nerate gas gases on site generat ge ate sa savin vings
ON 2 will provide a Layout Rendering of YOUR Customized Oxygen Concentrator System by Ge Gene nerate gas gases on site generat ge ate sa savin vings
SUPERIOR SUPPORT and SERVICE With OVER 40 YEARS OF EXPERIENCE • Engineering and Custom Design • Gold Seal Standard Guarantee • Only Manufacturer in Canada • Installation & Commissioning • Operational Training • Semi Annual PMP Service • 24/7 Customer Support Ge Gene nerate gas gases on site generat ge ate sa savin vings
ON 2 Solutions’ Commitment to Service q ON 2 can also provide system operational support (24/7) as required to maintain the system at top performance levels and provide many years of reliable service. q ON 2 ’s Preventative Maintenance Plan (PMP) ensures maximum operational efficiency and run time. 97% of ON 2 oxygen concentrators are installed and serviced by ON 2 technicians semi-annually or annually through our PMP agreement. Ge Gene nerate gas gases on site generat ge ate sa savin vings
Why Choose ON 2 Solutions? q ON 2 is a world leader in the design, manufacture, and installation of Medical Oxygen Concentrator Systems. q ON 2 ’s systems are built to the ISO & CSA medical safety standards, codes and regulations. q ON 2 ’s equipment has been designed and constructed to be safe, reliable and without risk to HCF owners. Ge Gene nerate gas gases on site generat ge ate sa savin vings
Why Choose ON2 Solutions? q ON 2 can provide training to HCF personnel with general technical knowledge to operate and care for the system. q ON 2 Oxygen Concentrator systems are installed worldwide with exceptional reliability and longevity. Ge Gene nerate gas gases on site ge generat ate sa savin vings
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