Carbon Footprint of an Indian Organic Tee: From the Cotton Field to Mundra Port
A real lifecycle CO2 breakdown of one organic cotton tee made in India in 2026 — from Madhya Pradesh farm through Gurgaon factory to Mundra port. The numbers may surprise you.
If a buyer asks “what is the carbon footprint of a tee made in India?” the honest answer requires actual numbers, not marketing copy. Here is the lifecycle CO₂-equivalent breakdown of a 200 GSM organic cotton tee, from cotton field in Madhya Pradesh to container at Mundra port, based on data from the Higg MSI tool and our own 2025 audit.
Stage 1: Cotton cultivation (Madhya Pradesh, Maharashtra, Gujarat)
Organic rain-fed cotton in central India: ~1.4 kg CO₂e per kg of lint. That is roughly half the footprint of conventional irrigated Indian cotton (~3.0 kg CO₂e/kg) — organic farming avoids synthetic fertiliser (which is fossil-fuel-intensive to produce) and avoids pumping irrigation water from the grid.
Per tee (220g of lint per tee, including waste): 0.31 kg CO₂e.
Stage 2: Ginning and yarn spinning (Gujarat / Maharashtra mills)
Indian spinning mills run mostly on grid electricity (India's grid is ~0.7 kg CO₂e/kWh in 2026, dropping as renewable share grows). Spinning uses ~3 kWh per kg of yarn: ~2.1 kg CO₂e per kg of yarn. Per tee: 0.46 kg CO₂e.
Stage 3: Knitting and dyeing (Panipat / Tirupur)
Knitting is energy-light. Dyeing is the heavyweight: hot water heating, often via natural gas or coal-fired boilers in Indian dyehouses. Combined: ~3.5 kg CO₂e per kg of finished fabric. Per tee: 0.77 kg CO₂e. Indian dyehouses on biomass or solar-thermal boilers (a growing share around Tirupur) cut this 30 – 40 %.
Stage 4: Cut, sew, finish (Gurgaon factory)
Sewing machines are energy-light; the bulk of factory CO₂ comes from lighting, AC, and ironing. ~0.6 kg CO₂e per tee at Indian grid intensity. Factories with rooftop solar (most NCR units now have it) drop this to ~0.35 kg CO₂e per tee.
Stage 5: Inland freight Gurgaon → Mundra port
1 200 km by truck. Allocated per tee in a 20-foot container with ~10 000 tees: ~0.05 kg CO₂e per tee. The Indian dedicated freight corridor (now operational) reduces this further on a per-tee basis once shipments use rail.
Stage 6: Port handling and stuffing
Negligible per tee — ~0.02 kg CO₂e.
Total cradle-to-port for an Indian organic tee
| Stage | kg CO₂e per tee |
|---|---|
| Cotton cultivation (organic, MP) | 0.31 |
| Ginning + spinning | 0.46 |
| Knitting + dyeing | 0.77 |
| Cut + sew + finish (Gurgaon, with solar) | 0.35 |
| Inland to Mundra | 0.05 |
| Port handling | 0.02 |
| Total cradle-to-port | ~1.96 kg CO₂e |
How does this compare?
- Conventional Indian tee: ~4.2 kg CO₂e (irrigated cotton, no factory solar)
- Organic Turkish tee: ~2.4 kg CO₂e (lower-carbon grid, but higher-emission cotton in semi-arid conditions)
- Bangladesh organic tee: ~2.6 kg CO₂e (gas-heavy grid; cotton imported from India anyway)
The Indian organic tee comes out best, primarily because of low-input organic rain-fed cultivation. The factory and dyeing stages are emissions-heavy versus EU benchmarks, but the cotton stage advantage more than compensates.
Add ocean freight for the full picture
India to Hamburg by container ship: +0.10 kg CO₂e per tee. India to New York: +0.18 kg CO₂e. Even with ocean freight, an Indian organic tee delivered to EU/US retail comes in at roughly 2.1 – 2.2 kg CO₂e — competitive with nearshore options on a like-for-like basis.
What we share with buyers
At The Attire we provide a per-shipment carbon data sheet aligned with Higg PM methodology, ready to feed your CSRD report or Digital Product Passport. Request a sample sheet and we'll send our current format.