Director, Thoracic Surgery, Max Healthcare (Saket, Gurugram)
Part 2 of 9 in Thoracic Surgery: Basics to Robotics
Empyema and Pneumothorax Surgery: Decortication and Modern Technique
August 24, 2025
Multiloculated pleural effusions are commonly seen, and empyema, most often caused by tuberculosis in India, is addressed with VATS decortication as the standard approach; a percutaneous window or thoracoplasty is only rarely needed now. For stage two or three empyema, even in patients who have developed fibrothorax with constricted ribs, the camera-based approach deloculates the cavity, drains the empyema, and removes all the pleural muck through a complete debridement.
What full lung mobilisation actually involves
Decortication requires a complete 360-degree mobilisation of the lung: releasing it from hilum to apex, off the diaphragm, and through the inferior pulmonary ligament, followed by opening both the visceral and parietal cortex to expose healthy lung underneath. The procedure takes around one and a half to two hours, blood transfusion is rarely needed, chest drains typically come out after two to three days, and most patients are discharged by day four or five without a drain. Adhesions do form after this release, that is the expected nature of the disease process, not a complication to be entirely avoided; the goal of surgery is to free the lung and prevent fibrothorax, not to prevent adhesions altogether.
Pneumothorax: when surgery is indicated
For pneumothorax, a very common condition in India, surgery is offered at the first episode itself in high-risk individuals, or when a chest drain continues to leak air for more than three to five days, or at a second or recurrent episode. The procedure is a single-port approach that staples off the bulla, most often found at the apex or apical segment of the lower lobe, followed by mechanical pleurodesis to prevent recurrence. In Dr. Khandelwal's own experience, this technique has produced no recurrences, and patients are typically discharged within 48 hours without a drain.
This article is based on a Jivo Masterclass session conducted by Dr. Shaiwal Khandelwal, Director, Thoracic Surgery, Max Healthcare. The article has been summarised with the assistance of an AI tool from the original masterclass recording. Watch the full Masterclass recording
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This guide is based on a live Jivo Masterclass — Dr. Shaiwal Khandelwal taught doctors across Africa on August 24, 2025.
FROM THE LIVE Q&A
Dr. Orona Paul (Nigeria)
How do you avoid the laryngeal nerves while operating in the thoracic region using robotic tools, and is the robot able to resect tumours completely when they are closely related to sensitive areas like the laryngeal nerves?
Dr. Shaiwal Khandelwal
The robotic platform's vision is excellent, so nerves that are difficult to identify by standard VATS are very clearly seen with the robotic system, and it also allows much finer dissection. These sensitive structures are therefore better identified and better protected specifically because of the robotic system's magnified 3D vision and precise instrument control.
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Frequently Asked Questions
Can you elaborate more on hyperhidrosis surgery, specifically how patients are selected and how the procedure is performed?▼
Surgery should never be offered to every patient with hyperhidrosis; a detailed assessment is required first, and all non-surgical options, oral medication, local treatment, creams, and Botox, should be exhausted first. Surgery is reserved only for high-grade hyperhidrosis where the hands are literally dripping, since every form of surgery carries some side effects, and the benefit of dry hands has to be weighed against them. Patient selection and precise technique matter more than the surgery itself: robotic assistance allows accurate identification of the ganglia, which is very difficult by standard VATS, and Dr. Khandelwal's own technique of setting the sympathetic chain close to the third ganglion with a grey ramicotomy at that level has produced good results with fewer side effects than older, less precise approaches.
Is it possible to invent artificial lungs, and is there any research going on for this? Also, how far away is xenotransplantation, using organs harvested from animals?▼
Devices like Novalung or ECMO are sometimes loosely called artificial lungs, but these are only a transition to tide a patient over, not a permanent solution. Xenotransplantation for lungs is not a reality and is still limited to animal labs, with no near-term prospect of harvesting an animal lung for human transplantation. What is genuinely advancing is ex vivo lung perfusion (EVLP), where a harvested lung is brought to a lab and optimised before transplant, this has meaningfully increased organ utilisation and allows transplant surgery to be done electively rather than only at odd hours, though it remains expensive even in Western countries.
For doctors practising in resource-constrained settings, what is the trigger or the symptom threshold that should tell them a case is complex enough that it may need to be referred abroad, even if they aren't fully sure and want to check first?▼
Technology has made the world smaller, so practically everyone is living next door to expertise now. Any case can be raised by email or WhatsApp, with a response guaranteed within 24 hours, and the case can often be investigated or even treated locally with guidance if the necessary technology and facilities are available there. When the expertise or facilities are genuinely not available locally, the patient can then be brought to India, but sharing the case first, even just to check whether it meets the threshold for referral, is always the right first step.
Would it be possible to run occasional medical camps where you come to Africa and perform specialist surgeries there directly?▼
Surgery isn't just about surgeon skill, it also depends on OT infrastructure and trained technical staff, and not everything required can be exported to run a camp abroad. A more practical model already in use is a structured online OPD: patient details and reports are shared in advance on an agreed schedule, and the African doctor partner, the Jivo team, and the Indian specialist jointly review the case and decide what can be treated locally versus what genuinely needs travel to India, with real patient satisfaction from this approach so far.
Approximately how many thoracic surgery patients from Africa have you treated, given that you practise in New Delhi?▼
A large number of patients from various African countries have been treated, most commonly for bronchiectasis and various tumours of the lung and chest cavity, even without ever having personally visited Africa. For heart transplantation specifically, deceased-donor transplant is not possible for international patients under Indian law, so the more common referral for advanced heart failure from abroad is for an LVAD (left ventricular assist device), which has very good outcomes and has itself reduced overall demand for heart transplant.
What is VATS decortication and when is it used for empyema?▼
A video-assisted approach that deloculates the empyema cavity, drains it, and removes all pleural material through a complete debridement, requiring full 360-degree mobilisation of the lung. It is the standard treatment for stage two or three empyema, even in patients with fibrothorax.
When is surgery indicated for pneumothorax?▼
At the first episode in high-risk individuals, when a chest drain continues to leak air for more than three to five days, or at a second or recurrent episode. Surgery involves single-port stapling of the causative bulla plus mechanical pleurodesis to prevent recurrence.
In This Series: Thoracic Surgery: Basics to Robotics
- 1.Thoracic Surgery: Basics to Robotics, A Complete Guide
- 2.Empyema and Pneumothorax Surgery: Decortication and Modern Technique
- 3.Lung Cancer Surgery: VATS, Robotics and Lung-Preserving Technique
- 4.Diagnosing and Treating Mediastinal Masses: EBUS, Mediastinoscopy and Thymectomy
- 5.Robotic Treatment of Hyperhidrosis, Including Nerve Reconstruction for Prior Surgery
- 6.Chest Wall Tumours, Reconstruction and Deformities: A Minimally Invasive Approach
- 7.Thoracic Emergencies: Chylothorax with ICG Guidance and Boerhaave Syndrome
- 8.Lung Transplantation for International Patients: Legal Limits and What's Next
- 9.Cross-Border Thoracic Care: The Referral Pathway and Online OPD Model