- Air Fare
- Meet and Greet at Sand Dollar upon arrival
- 7 nights 3 bedroom accommodations
- vehicle rental
- 3-2 tank boat dives
- 6 days of unlimited shore diving, Nitrox, tanks and weights
- Book now at this amazing low rate for a full week of accommodations and great diving.
- Call 571.379.7000 and Book Now!
- Applicable sales taxes on incidentals purchased at resort
- $30 pp weekly reef fee: preservation
- Gratuities appreciated by staff (accumulative one time payment at check out)
- Bar sales – alcoholic beverages, sodas, smoothies, specialty drinks
- Additional services, activities and excursions
- Unscheduled boat taxi to town – available for an extra fee
PLEASE NOTE: The trip prices listed is based on a cash discount price available only when payment is made with cash or check. A 4% fee will be added to any payment made in person by credit card (6% added if paid by credit card over the phone). All trip payments are nonrefundable and cancellation fees will apply; Blu Water Scuba reserves the right to cancel the trip with a 30-day notice and return all monies paid in full. Travel insurance is highly recommended; Click on DAN Travel Insurance
Deposit & Payments:
Deposit of $300 per person to reserve space before May 2, 2014. 2nd payment of $800 due by August 8, 2014 and Final payment of $329 is due September 26, 2014.
Deposits and payments are non-refundable. Please purchase trip insurance. Click on DAN for Travel Insurance
9446 Taney Rd
Manassas, VA 20110
SEA DRAGON AQUATIC CENTER, The Only 24/7 SCUBA Training Pool On The East Coast!
Opening May 1 2014
Why choose Sea Dragon Aquatic Center?
- Accessible! 24 hours, 7 days a week
- No Need To Bring Gear
- Dive Gear Included In Entry Fee! (BCD, Regulator, Tanks and Weights).
- Students must bring mask, fins, snorkel, boots and wetsuit!
- Don’t have these items? No worries!
- Personal Gear Is Available On Site As Well As FULL GEAR Packages!
- Instructors receive 10 percent commission on all gear sold to their Students!
If you are an Independent Instructor or a dive shop looking for a facility to conduct SCUBA training, e-mail us at firstname.lastname@example.org
Please Watch and Donate
Visit the Small Business Saturday Map to find qualifying small business locations where Card Members can get a one-time $10 statement credit for spending $10 or more in a single, in-store transaction on 11/30/13. Card Members must register an eligible American Express Card and use that Card to redeem this offer. Registration is limited and starts Nov 24. Go to Offer Terms for full details.
This Could Happen To You
What You Need To Know:
As DAN Members you know that DAN continuously gathers data on dive injuries. A small, but growing, number of cases reported to DAN involves what was traditionally considered a fairly rare condition.
It’s called immersion pulmonary edema (IPE), or pulmonary edema of diving. When this occurs, a diver or surface swimmer experiences an accumulation of fluid in the lungs.
The number of IPE cases has increased. Why the increase is unclear. The condition itself is not clearly understood, but since it is occurring more frequently, divers should know about it.
How does it feel?
Symptoms include shortness of breath or the sensation of not getting enough air while at depth, often after only a few minutes in the water. Typically the symptoms start before ascent.
As divers with this condition ascend, they experience no improvement. In fact, they usually cough up pink, frothy sputum: Such fluid in the lungs can reduce the amount of oxygen reaching the blood. The diver may have noisy breathing that can be heard without a stethoscope. The condition usually occurs after only a few minutes in the water at a shallow depth, so it is not usually confused with cardiorespiratory decompression sickness (or “chokes”). Chest pain is usually absent, unless the condition is due to a heart attack. If the diver lacks sufficient amounts of oxygen, he or she may exhibit confusion or loss of consciousness.
How does it happen?
Originally, IPE was thought to occur almost exclusively in cold water. While this condition seems to be more common in cold water, it has also been reported in warm waters.
During immersion in water, blood is redistributed from the legs to the heart and blood vessels in the lungs. Usually the heart and lungs compensate for this, but sometimes the resulting increased pressure within the blood vessels in the lungs causes fluid to traverse the small vessels (capillaries) and enter the gas containing spaces of the lungs.
Sometimes this is caused by an underwater myocardial infarction (heart attack), abnormalities of the heart muscle or heart valves or hypertension. Usually there is no obvious cause.
Cold water may be a predisposing factor because immersion can cause the small arteries to constrict, increasing the resistance to the flow of blood. Vasoconstriction in response to cold can be exaggerated in people with hypertension or those likely to develop it. But some people who experience IPE are young and healthy, even military recruits.
Records indicate that 15 cases of IPE were reported to DAN in 2006, and 12 cases in 2005. It is likely that additional cases occurred but were simply not reported. Aspiration of water (also called submersion incidents) can imitate IPE. It is also possible to have both submersion incident and IPE occur at the same time: When a diver surfaces and feels as though he or she is suffocating, a typical reaction is to remove the regulator from the mouth in an attempt to gain more air. In rough seas, the diver can also aspirate (breathe in) water.
A lung overexpansion injury, or pulmonary barotrauma (PBT), is another condition that can cause shortness of breath. The treating physician can distinguish between these conditions by obtaining an accurate history from the diver about the timing of the symptoms. If shortness of breath began during descent, PBT is unlikely. Water aspiration can usually be confirmed by a conscious diver.
The treatment for IPE
Immediate treatment should include breathing oxygen while in transit to a hospital. Some IPE cases have been fatal, although most cases resolve on their own during observation in a hospital. A closer examination may reveal hypertension, a heart attack, cardiac valve disease or impaired contraction of the heart.
Divers who have experienced IPE are concerned with the likelihood it will recur. Unfortunately, that likelihood is not known, so many physicians recommend that people with a history of IPE not return to diving. Still others recommend taking an antihypertensive medication before each dive. Before considering a return to diving after IPE, DAN recommends the diver consult with a doctor knowledgeable about the condition.
Additionally, DAN supports recommendations of the American Heart Association regarding cardiovascular risk assessment. Diving should be considered an exercise program. Individuals older than 40 who would like to take up scuba diving or continue scuba diving should have a medical evaluation if they:
do not engage in at least 30 minutes of moderate-intensity (40-60 percent of maximum capacity) physical activity on most, and preferably all, days of the week;
have hypertension, high cholesterol, smoke cigarettes, have family members who have died prematurely of heart disease or diabetes;
have a suspected heart condition. For additional information, dive physicians and paramedics are available for consultation 24 hours a day through the DAN Diving Emergency Hotline at +1-919-684-8111.
PREPARED DIVER References
- Bennett and Elliott’s Physiology and Medicine of Diving, 5th Edition
- Bove and Davis, Diving Medicine, 4th Edition
- Ernest Campbell, “Pulmonary Edema of Diving,” http://www. gulftel.com/~scubadoc/puledema. html
- Immersion Pulmonary Edema in Special Forces Combat Swimmers, Richard T. Mahon, MD; Stewart Kerr, MD; Dennis Amundson, DO, FCCP; and J. Scott Parrish, MD, FCCP, Division of Pulmonary Medicine, Naval Medical Center, San Diego
Old School. New Tech. The new 500SE utilizes a servo controlled valve to provide precision airflow and unparalleled performance for both air and trimix divers in a side exhaust configuration. To achieve this, we have perfected the original “lever-servo valve” we designed 35 years ago. Overbalanced diaphragm first stage also provides ideal hose routing for both backmount and sidemount users and optimum performance regardless of depth
500SE Second Stage Pneumatically balanced servo valve system
Patented Orthodontic Mouthpiece for comfort and reduced jaw fatigue
Standard with 30″ maxflex hose
Easily disassembled without the use of tools and underwater if necessary
Left or right positioning – no upside down
Boltsnap tie point
DC7 First Stage
High performance over-balanced first stage provides progressively greater intermediate pressure as depth and gas density increases for superior gas delivery under the most extreme conditions
Fixed hose routing ideal for both backmount and sidemount configuration
Environmental sealing prevents internal corrosion, contaminants, and icing of the first stage
Designed to withstand the rigorous CE standard for coldwater performance
Nitrox compatible to 40%
2 High Pressure and 4 Low Pressure ports
How it Works:
The 500SE’s pneumatically balanced servo-valve is actually a two-stage valve. Just a small sip through the mouthpiece opens the servo mechanism or control valve lever. Air flow from the servo valve creates a vacuum which immediately opens the main valve diaphragm allowing air to flow through the regulator to the mouthpiece. Instead of one small port to provide air flow from the first stage, the 500SE features porting around the entire main valve. With less restriction from the first stage, this allows maximum performance.