Zhangzhou Crew Member with Acute Heart Attack at Sea Saved by Telemedicine-Plus-Helicopter Relay as New Wolong Base Completes First Rescue: Three Industry Observations from a Week of Sea-Air Missions
Published: September 12, 2026 | Category: Industry
In the second week of September 2026, two sea-air medical rescues worth recording for the air medical industry took place along China's coast. On September 9, a crew member who suffered an acute anterior wall myocardial infarction in the East China Sea received emergency treatment under remote medical guidance from the Zhangzhou Emergency Center, then was airlifted by helicopter to a hospital in Xiamen for surgery — the procedure was completed that same afternoon and the patient is in stable condition. Just three days earlier, on September 6, a rescue helicopter of the Beihai Rescue Bureau of the Ministry of Transport took off from Wolong Airport in Penglai — then on trial operation — and successfully evacuated a fisherman with sudden chest pain in the northern Yellow Sea. It was the first rescue mission flown from Wolong since the base entered trial operation. One mission in the south, one in the north: the first a complete relay of "telemedicine + helicopter + receiving-hospital surgery," the second the combat debut of a new rescue base operating while still in its trial phase. Read together, they outline the operating logic of a sea-air medical rescue network taking shape along China's coast — a logic strikingly isomorphic to the coordination chain of the air medical transport industry.
1. The Zhangzhou Case in Detail: From the 9:44 Alert to Surgery Completed at 16:16
According to Minnan Daily (by Zhangzhou Converged Media reporter Yang Wanzhen and correspondent Shi Haibin), at 9:44 on September 9 the Zhangzhou Municipal Health Commission received notice from the Zhangzhou Maritime Search and Rescue Center that a crew member at sea urgently needed remote medical guidance. As the vessel could not reach shore in time, the Health Commission immediately tasked the Municipal Emergency Center, and attending physician Lin Qiuhui reached the patient by phone. Initial assessment: chest pain had persisted for 10 hours, partially relieved by self-administered nitroglycerin but intensifying again an hour earlier, with a history of hypertension — Lin judged this to be acute coronary syndrome, likely acute myocardial infarction. After confirming what medications were on board, he directed the patient to take oral medication and instructed shipmates to keep the patient in a semi-recumbent position, loosen clothing, keep him warm, calm his emotions and be ready to perform CPR at any moment. Around 10:00, the Health Commission relayed the situation to the Maritime Search and Rescue Center with a recommendation to dispatch a helicopter. At 12:38, the helicopter picked up the patient and flew him to a Xiamen hospital, where acute anterior wall myocardial infarction was confirmed. At 16:16, surgery was complete; the patient is stable and under monitoring. The Zhangzhou Health Commission's accompanying reminder: maritime personnel with persistent chest pain or tightness — suspected heart attack symptoms — should report immediately, contact a telemedicine platform as soon as possible and cooperate with maritime rescue forces for transfer, without delay. One easily overlooked detail in the timeline: roughly three hours separated the start of remote medical guidance from the helicopter pickup — and it was precisely the medication and positioning management during those three hours that stabilized a high-risk MI patient whose chest pain had already lasted ten hours, preserving the time window for transfer and surgery.
2. Wolong's First Rescue: A New Base Tested in Real Operations During Trial Run
The second rescue unfolded on the southern shore of the Bohai Strait. Per Aviation News ("Kan Hangkong," the new-media account of China Aviation News), on the afternoon of September 6 a fisherman aboard a vessel in the northern Yellow Sea suddenly developed chest pain in critical condition. Upon receiving the distress report from the Shandong Provincial Maritime Search and Rescue Center, the Beihai Rescue Bureau immediately ordered its rescue flight detachment to activate emergency response procedures, and rescue helicopter "B72FZ" was scrambled. At 13:59, having completed all pre-flight preparations, the crew departed Wolong Airport in Penglai for the incident sea area; the operations control department tracked the situation continuously while coordinating ground support at landing, alerting an ambulance for the onward transfer. At 15:19 the helicopter arrived over the target waters. The captain held a stable hover while the winch operator and rescuer worked in close coordination, hoisting an accompanying person and then the patient into the cabin using a rescue strop and exposure suit. At 15:30 the aircraft turned for a full-speed return, landing safely at Wolong at 16:35, where the crew completed a rapid handover to 120 emergency medical personnel; the patient was taken to hospital by ambulance. This was the first rescue mission flown by the Beihai Rescue Bureau flight detachment since Wolong Airport entered trial operation, field-testing the base's complete emergency response and air-ground coordination mechanisms. Penglai sits at the junction of the Bohai and Yellow Seas, and Wolong's commissioning pushes rescue aviation assets forward into waters dense with fishing activity — on the tempo disclosed in the report, from takeoff to patient pickup took about 1 hour 20 minutes, and total mission time to landing and handover was about 2 hours 36 minutes.
3. Three Observations for the Air Medical Transport Industry
Two sea-air rescues within a single week, one in the south and one in the north, leave the air medical transport industry at least three reference points. First, "telemedicine first" is becoming the standard opening move of the emergency chain: in the Zhangzhou case, remote guidance was not filler while waiting for the helicopter but the decisive intervention that let the patient survive to be transferred — structurally identical to "pre-flight medical assessment and onboard medical support" in air medical transport. The chain dissected in our complete guide to air medical transfer processes — assessment, planning, execution, handover — begins the same way: medical assessment first. Second, rescue bases are moving to the front line of their mission areas: the significance of Wolong's trial operation is not "one more airport" but a materially shortened response radius — base placement determines response time, a core variable equally for air medical networks anchored on urban hospital helipads. Third, multi-agency coordination is the invisible main thread: the Zhangzhou case linked the health commission, the emergency center, the maritime search and rescue center and the receiving hospital in Xiamen; the Wolong case linked the Beihai Rescue Bureau, Shandong's maritime search and rescue center, operations control and ground EMS — if any single link drops, the relay breaks. This complements the hospital-led model shown by Wuhan Asia Heart Hospital's integrated air-ground rescue system: one initiated from the maritime rescue system, the other from a hospital system, both converging on the same endpoint — aerial transfer plus surgery on landing. Also notable is the shared diagnosis in both cases: myocardial infarction, confirmed or suspected. Sudden chest pain is far from rare among maritime workers, and MI is among the most time-sensitive conditions; recognition points are covered in our guide to recognizing stroke and heart attack.
BOOZOUN's View:
The Zhangzhou and Wolong missions verify one and the same thing: the efficiency of sea-air medical rescue depends not on the speed of any single link but on the quality of handoffs across the entire relay — remote medical guidance, helicopter transfer, ground connection and receiving hospital. This is exactly how BOOZOUN works in its air medical transport coordination service: upon receiving a request, our medical team completes the fit-to-fly assessment first; aircraft, permits and landing arrangements are coordinated in parallel; the receiving hospital and ground ambulance are locked in at the destination before wheels leave the ground — so every baton pass is planned before takeoff. Public rescue systems cover emergency scenarios; for non-emergency medical transfers such as inter-provincial hospital changes or international repatriation, the same pre-coordinated chain is what makes the difference.
Disclaimer: This article is compiled from public reports: Minnan Daily, "Telemedicine + Helicopter Rescue: Zhangzhou Multi-Agency Coordination Saves Crew Member with Heart Attack at Sea" (reporter Yang Wanzhen, correspondent Shi Haibin; republished by HXNews on September 10, 2026); and Aviation News ("Kan Hangkong," the new-media account of China Aviation News), "Helicopter Emergency Rescue of Ailing Fisherman — Wolong Airport on Trial Operation Completes First Rescue Support" (September 9, 2026; photos provided by the Beihai Rescue Bureau of the Ministry of Transport) — both accessed and verified on September 12, 2026. Patient information is as stated in the reports; no further personally identifiable information is disclosed. This article is industry news commentary and does not constitute medical advice; in an emergency, call 120 immediately, or for maritime distress in China call 12395.
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