|
|
COMPANY INFORMATION
Gulf Coast Hyperbarics, Inc.
manufactures hyperbaric facilities in compliance with the standards
mandated by the American Society of Mechanical Engineers, The National
Fire Protection Association and the Compressed Gas Association. The Naval
Sea Systems Command in accordance with the standards established by the US
Navy and the National Aeronautical Space Administration (NASA) has
certified the Gulf Coast Hyperbarics oxygen cleaning process.
In addition to
the design and manufacture of clinical hyperbaric systems, Gulf Coast
Hyperbarics, Inc. provides certifiable oxygen cleaning services,
independent third party system safety analysis, hyperbaric engineering
services and system maintenance and repair.
Gulf Coast designs and fabricates each hyperbaric system at its Lynn
Haven, FL site. All machining and manufacturing is performed onsite by the
Gulf Coast Hyperbarics, Inc. staff and validated by their Quality
Assurance Department. Each subsystem is tested prior to delivery and a
full system integration test is performed at the destination site. Gulf
Coast Hyperbarics, Inc. also works with the customer’s architect and
engineers during the planning and construction phases to ensure all
supporting requirements are in place prior to delivery and installation.
|
|
|
|
At the destination,
the customer receives three to five days of systems training. The
customer also receives a complete set of operating and emergency
procedures, a training and information booklet and a complete set of
system drawings. Upon completion of training and acceptance of the
product, an unconditional one-year warranty is issued that covers all
parts and workmanship. All hyperbaric facilities installed are turnkey
operation.
History:
Gulf Coast Hyperbarics, Inc. was established in 1984 by Jim McCarthy. The
company is a small business entity that specializes in the design and
manufacturing of clinical hyperbaric systems. Mr. McCarthy is a
registered Professional Engineer and President of the company. His vast
mechanical, biomedical and hyperbaric background began with the Navy
Polaris/Poseidon Missile Program from 1958 to 1966. From 1966 to 1970 he
joined the US Navy Sealab Program as a Mechanical and Biomedical Engineer
pioneering the Navy’s research into sustaining aquanauts at deep ocean
depths.
|
|