Chest Tube Insertion in ER
Medical Specialty: Emergency Room Reports
Description: Chest tube insertion done by two physicians in the ER – spontaneous pneumothorax secondary to barometric trauma.
PREOPERATIVE DIAGNOSES:
1. Right spontaneous pneumothorax secondary to barometric trauma.
2. Respiratory failure.
3. Pneumonia with sepsis.
POSTOPERATIVE DIAGNOSES:
1. Right spontaneous pneumothorax secondary to barometric trauma.
2. Respiratory failure.
3. Pneumonia with sepsis.
INFORMED CONSENT: Not obtained. This patient is obtunded, intubated, and septic. This is an emergent procedure with a 2-physician emergency consent signed and on the chart.
PROCEDURE: The patient’s right chest was prepped and draped in sterile fashion. The site of insertion was anesthetized with 1% Xylocaine, and an incision was made. Blunt dissection was carried out 2 intercostal spaces above the initial incision site. The chest wall was opened, and a 32-French chest tube was placed into the thoracic cavity, after examination with the finger, making sure that the thoracic cavity had been entered correctly. The chest tube was placed.
A postoperative chest x-ray is pending at this time.
The patient tolerated the procedure well and was taken to the recovery room in stable condition.
ESTIMATED BLOOD LOSS: 10 mL
COMPLICATIONS: None.
SPONGE COUNT: Correct x2. \
Chest Tube Insertion in the Emergency Room
Scenario Summary
A patient presents to the Emergency Room with a right spontaneous pneumothorax secondary to barometric trauma. In addition, the patient is critically ill with respiratory failure and pneumonia with sepsis.
Because the patient is obtunded and intubated, the physicians perform an emergency chest tube insertion (tube thoracostomy) to remove air from the thoracic cavity
Key Procedure in the Note
Specifically, the operative note documents:
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right chest prepped and draped
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local anesthetic used
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incision made
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blunt dissection
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The chest wall opened
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32-French chest tube placed into the thoracic cavity
As a result, these details support an open chest tube insertion, not a simple needle aspiration.
CPT Coding
32551 — Tube thoracostomy (includes connection to drainage system), open
Rationale
In particular, the operative note describes:
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Incision made in the chest
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Blunt dissection performed
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Entry into the thoracic cavity
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Placement of a 32 French chest tube
Therefore, these steps describe an open chest tube insertion, which coders report with CPT 32551.
Key Documentation Supporting the Code
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Incision made
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Blunt dissection
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Thoracic cavity entered
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Chest tube placed
Also, these elements confirm open thoracostomy, not a percutaneous procedure.
ICD-10-CM Diagnosis Coding
Primary Diagnosis
J93.83 — Other pneumothorax
Rationale
In this case, the operative report documents:
“Right spontaneous pneumothorax secondary to barometric trauma.”
Because the documentation does not specify tension pneumothorax or traumatic pneumothorax, the safest supported code is J93.83. For comparison, tension pneumothorax is J93.0. In addition, primary spontaneous pneumothorax is J93.11, and secondary spontaneous pneumothorax (due to underlying lung disease) is J93.12. Therefore, query the provider if the type is unclear.
Additional Diagnoses
T70.8XXA — Other effects of air pressure and water pressure, initial encounter
Rationale
The provider documents the pneumothorax as secondary to barometric trauma, so coders assign a T70 category code.
A41.9 — Sepsis, unspecified organism
Rationale
The documentation states pneumonia with sepsis, but it does not identify the organism.
Coding guideline:
When sepsis is documented without a specified organism, assign A41.9.
J18.9 — Pneumonia, unspecified organism
Rationale
The note confirms pneumonia but does not document the causative organism.
J96.90 — Respiratory failure, unspecified
Rationale
However, the documentation simply states respiratory failure without specifying:
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Acute
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Chronic
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Hypoxic
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Hypercapnic
Therefore, assign the unspecified respiratory failure code.
HCPCS Coding
None supported by this documentation
CPT 32551 fully reports the procedure performed. Also, the note documents no separate HCPCS supply or medication codes.
Final Code Summary
CPT
32551
Open chest tube insertion (tube thoracostomy)
ICD-10-CM
J93.83 — Other pneumothorax
T70.8XXA — Other effects of air pressure and water pressure, initial encounter
A41.9 — Sepsis, unspecified organism
J18.9 — Pneumonia, unspecified organism
J96.90 — Respiratory failure, unspecified
HCPCS
None
Why No HCPCS Code?
There is no separately supported HCPCS Level II code in this note.
Do not separately code:
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chest tube supply
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Xylocaine/local anesthetic
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prep and drape
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sponge count
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estimated blood loss
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pending chest x-ray
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emergency consent
Instead, these items are either bundled, incidental, or not separately billable from the documentation provided.
Sequencing Tips
For example, a reasonable diagnosis sequence would be:
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J93.83 — Other pneumothorax
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T70.8XXA — Barometric trauma
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A41.9 — Sepsis
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J18.9 — Pneumonia
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J96.90 — Respiratory failure
Why the pneumothorax may be listed first here
This procedure note focuses on the reason for the chest tube insertion, which is the right spontaneous pneumothorax. As a result, for procedural reporting, that is the diagnosis most directly tied to the CPT procedure.
Important inpatient/outpatient teaching point
If you are coding a full hospital claim, final sequencing can depend on:
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The main reason for admission
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whether the encounter is ED only, observation, or inpatient
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official facility coding rules (for example, when sepsis is present on admission, A41.9 is sequenced before the localized infection)
So for procedure-to-diagnosis linking, pneumothorax is the key diagnosis here.
Query Opportunity
Watch for possible severe sepsis
For instance, the record documents:
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sepsis
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respiratory failure
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pneumonia
But it does not clearly say the respiratory failure is due to the sepsis. The FY 2026 ICD-10-CM guidelines say coders should not assign severe sepsis unless the acute organ dysfunction is associated with the sepsis. In addition, some cases require a provider query.
Query example:
“Can the respiratory failure be clinically linked to the documented sepsis?”
If the provider confirms the relationship, coding may change.
Student tip:
Do not automatically code severe sepsis just because sepsis and organ dysfunction both appear in the chart.
Modifier Tip: Two Physicians
The note says two physicians performed the procedure. However, that alone is not enough to report a modifier like:
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62 co-surgeons
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80/81/82 assistant surgeon
Instead, you would need clear documentation of each physician’s role, and payer rules must support it.
Student tip:
Never assign a two-surgeon or assistant modifier just because two doctors are mentioned.
Important Student Coding Tips
Tip 1
For chest tube procedures, look carefully for words like:
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incision
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blunt dissection
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The chest wall opened
Those support an open thoracostomy code
Always determine whether a chest tube insertion is open or percutaneous.
In contrast, open procedures involve:
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incision
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blunt dissection
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direct entry into the thoracic cavity
Therefore, this supports CPT 32551.
Tip 2
Do not code a more specific pneumothorax or respiratory failure type unless documented.
Always code the underlying cause when documented.
Here, the pneumothorax occurred due to barometric trauma, which is why coders add T70.8XXA.
Tip 3
When the provider documents both sepsis and pneumonia, remember:
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sepsis code first
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localized infection next
Follow the sepsis coding guidelines carefully.
Do not assume severe sepsis without a documented link between sepsis and organ dysfunction.
The documentation states pneumonia with sepsis, so code both conditions.
If the provider had documented severe sepsis, an additional R65.2 code would be required: R65.20 for severe sepsis without septic shock or R65.21 for severe sepsis with septic shock. In that case, sequence the systemic infection code (A41.9) first, then R65.2x, then the localized infection and organ dysfunction codes.
Tip 4
Never assume specificity that is not documented.
For example:
In this case, the documentation does NOT specify:
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acute respiratory failure
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organism causing pneumonia
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organism causing sepsis
Therefore, unspecified codes must be used.
How to Approach a Long Medical Coding Exam Scenario
Medical Coding Respiratory Failure