WHY SOME OXYGEN SYSTEMS FAIL to OXYGENATE

                        WHY DO SOME FISHING OXYGEN SYSTEMS FAIL?

Many mechanical aeration systems and livewell pumps deliver 80% nitrogen and a little dab of oxygen. This livewell equipment  often fails to safely oxygenate livewell water every  summer… but, mechanical aerators and water pumps are not the issue here.  The fishing oxygen systems that fail to  oxygenate are the issue here.

This web page provides unique insight to why some fishing oxygen systems fail to oxygenate in the summer, when you really need and depend on an oxygen  life support system to keep your bait and tournament fish alive and healthy all day or several days.

Fishing Oxygen Systems fail to oxygenate when they DO NOT and/or WILL NOT deliver nor maintain the minimal safe dose of pure 100% oxygen continuously in your livewell water Whether your  livewell is stocked correctly, seriously overstocked or your livewell water temperature is 65 F – 85 F – 90 F makes no difference if the DO is safe.

FACT: Any pure oxygen system that delivers a low dose or fixed dose of pure 100% oxygen that is not safe nor sufficient to continuously oxygenate all the captive fish or live bait being transported in livewells and bait tanks safely is no better than standard mechanical aerators and water pumps that also fail to safely oxygenate livewell water every summer… the result of low unsafe dissolved oxygen is always the same – dead bait, sick bait and sickly or dead tournament fish at weigh-in.

FACT: YOU WILL LOOSE THE MONEY WEIGHING-IN A DEAD FISH AT ANY CATCH AND RELEASE FISHING TOURNAMENT.

Any life support oxygen system that is not absolutely dependable and fails to provide minimal safe oxygenation continuously always leads to livewell hypoxia, suffocation, morbidity, disease and death for captive live bait and tournament gamefish in overstocked livewells every summer.

 WHAT IS THE BEST FISHING OXYGEN SYSTEMS – THE CHARCTERISCS

ALSOS (Aquatic Live Support Oxygen Systems) like human life support systems must be absolutely reliable and dependable, fail-safe, simple and easy to regulate oxygen doses /operate continuously, easy to clean, the correct dose of oxygen must be adjustable and  a wide range of doses available. The right, safe, dose of oxygen is always determined by the total weight of the biomass of fish or live bait in the livewell/bait tank.

Pneumatic operated oxygen life support transport systems are more reliable and dependable than electrically operated oxygen systems.

ALSOS must deliver a continuous steady supply of oxygen with variable dose capability of highly concentrated oxygen for long periods of time sufficient to meet and exceed total biological demand (includes fish, live bait and bacteria in livewell water)

ALSOS must maintain/guarantee continuous 100% DO Saturation for overstocked livewells, 80F – 90F water temperature (general hostile summer livewell conditions).

ALSOS must have all system components and parts that are and have been “CLEANED and CERTIFIED FOR PURE 100% OXYGEN SERVICE”

ALSOS must be reliable and have minimal “down time”

ALSOS repairs must be simple and easy, made in the field by the fisherman

ALSOS must have low operation and repair expenses, operation must be cost effective.

ALSOS must be light weight and durable, absolutely dependable, operate for long periods of time without service, simple and easy to operate

ALSOS dose of oxygen delivered must be simple and easy to adjust; the correct dose must insure continuous minimal safe oxygenation for the total biomass of fish or bait being transported for long periods of time (hours/days/weeks). Minimal safe oxygen during live transport is 100 DO Saturation

ALSOS must have explicit written operating instructions and oxygen safety instructions that is easy to understand

ALSOS must be well secured on fishing vessels compliant to USCG Standards and Regulations

ALSOS must comply with all USGG regulations when used on boats

ALSOS must have minimal moving parts

ALSOS must reliable and dependable in all fishing conditions (marine and freshwater), oceans, bays, estuaries, lakes, reservoirs and rivers and in all seasons, especially summer

ALSOS must be engineered and made for saltwater marine fishing environments, internally and externally

ALSOS must use “commercial oxygen regulators”, not “medical oxygen regulators”

ALSOS must highly resistant to damage caused by electrolysis and metal pitting, made with minimal metal alloys

ALSOS must be dose adjustable to satisfy a wide range of stocking densities

ALSOS must be capable of delivering large volumes of pure oxygen for long periods of time for heavy/overstocked livewell with high fish density during transport

The best and most reliable ALSOS are pneumatic, operate with pure high pressure compressed oxygen, they do not use batteries, electricity, switches, wires, pumps nor limited by air or low fixed doses of oxygen.

ALSOS source oxygen is usually 100% Compressed Welding Oxygen or LOX. USP Medical Oxygen for Human Use will work fine for transporting live large gamefish, bait fish and bait shrimp, but USP Oxygen does require a physician’s written prescription to purchase.

WHAT IS NOT THE BEST FISHING OXYGEN SYSTEMS – THE CHARCTERISCS

REASONS WHY MANY OXYGEN LIFE SUPPORT EQUIPMENT FAILS TO OXYGENATE

Fisherman’s failure to understand the ALSOS limitations, unrealistic expectations of equipment, disappointments, dead bait and dead fish.

Electrically operated life support oxygen systems (ALSOS) are less reliable and less dependable than pneumatic operated systems for live transports.

Equipment totally dependent on batteries and electricity

Equipment that delivers a preset, fixed dose of pure oxygen controlled solely by water temperature and/or livewell water volume.

Cannot manually adjust the correct dose of pure oxygen delivered because the system does not have variable dose capability. The dose of oxygen is restricted by a fixed-orifice regulating device; these oxygen systems often not enough oxygen for all the fish in the livewell or deliver too much oxygen resulting in gas waste and increased operational costs.

If the dose of oxygen is pre-set, fixed, and cannot be changed or adjusted to meet the changing biological demand of the stocking density for all the fish or live bait in the livewell, suffocation is often imminent and cannot be prevented.

Cannot depend on the system to deliver a continuous, steady supply of pure oxygen for long periods of time sufficient to meet and exceed the biological oxygen demand.

Cannot or may not deliver enough oxygen to insure continuous 100% DO Saturation in overstocked livewell, 80 – 90 degree water temperature (general summer livewell conditions).

Is not absolutely reliable, fail-safe, simple and easy to regulate and adjust the correct dose of oxygen based on the total biomass (stocking density) of fish or live bait in the livewell/bait tank.

Operation and repair expenses is not cost effective resulting in equipment being disposable upon failure.

Equipment repairs are not simple or easy in the field, system malfunctions that cannot be diagnosed nor repaired in the field by the fisherman, customer support is not available from the vender or manufacturer by a phone call.

Equipment must be returned to the dealer or manufacture for any/all repairs.

Beware of all equipment that is not durable, not absolutely dependable, will not operate for long periods of time without service (weeks/months/years), is not simple and easy to operate, cannot be repair in the field and must be clean often.

Equipment that does not have complete written operating instructions and oxygen (gas) safety instructions or instructions that are difficult to understand, vague or incomplete.

Customer support must be only a phone call away, tech support must be available to answer any and all your questions.

Oxygen equipment that is used on vessels that is not compliant with USCG Regulations and Oxygen Safety Standards

Equipment that is electrically operated, requires batteries or A/C current, has many moving parts, electrical switches, electrical motors, compressors, sieve beds, vanes, fuses, valves, and requires servicing and cleaning often.

Electric motors (livewell water pumps) that are not certified for use in an oxygen rich environment >24% oxygen

Equipment that is not reliable in all fishing conditions, every summer (marine and freshwater), oceans, bays, estuaries, lakes, reservoirs and rivers.

Medical equipment that is not engineered, manufactured nor made for saltwater exposure and contamination, used in marine fishing environments – made with many metal alloys prone to serious electrolysis damage and advertised/sold as “commercial oxygen regulators.”

Oxygen regulators made with metal alloy that are not resistant to electrolysis and metal pitting damage.

Take a moment and learn the Good, the Bad and the Ugly about fishing oxygen systems.

Compare the different Brands and types of fishing oxygen systems, the assets, limitations and liabilities. Know and understand the differences between Fishing Oxygen Systems made with Medical Oxygen components vs. the real Commercial Fishing Oxygen Systems. Know which life support systems work great for overcrowded livewells in harsh, hot summer conditions and which systems have serious technical limitations and O2 systems that may be worse that mechanical aerators and bait pumps in harsh summer fishing conditions. Learn about safety, especially gas safety.

                            FISHING OXYGEN SYSTEMS ARE NOT EQUIL

Be informed, chose wisely – visit:

“Oxymax fails to work correctly” http://www.wmi.org/bassfish/bassboard/other_topics/message.html?message_id=111743
“The Skeeter salesman was kind enough to test the oxygen level in both livewells with a thermometer confirming neither unit was putting out O2 and suggested that I buy 2 new ones from him for about $600 plus labor and he could make my problem go away. He tendered no reason why both oxymax oxygenators failed so quickly at the same time.”

Compare Fishing Oxygen Systems http://oxyedge-chum.com/compare-oxygen-systems/

Medical Oxygen Regulators http://oxyedge-chum.com/homemade-oxygen-systems/medical-oxygen-regulators/