P.T. Gaha Green Garment

P.T. Gaha Green Garment is a textile mill in Indonesia with a reported capacity of 95,789,473 USD. It spins, dyes and finishes textiles, leather or apparel using process steam. By capacity it ranks #47 of 166 textile mills tracked in Indonesia. It emits about 2,522 tonnes of CO₂e per year (Climate TRACE) — roughly the tailpipe emissions of 588 cars.

Facility data: Climate TRACE v6 (asset-level capacity & CO₂e, CC BY 4.0), id ct-38472564.

Im Kontext: wie sich diese Anlage vergleicht

Bei 95,789,473 USD ist P.T. Gaha Green Garment etwa um dem Medianwert von textile mill in Indonesia (95,789,473 USD). Untersektor: textiles-leather-apparel. Als textile mill benötigt es intensive Prozesswärme (typischerweise 60–150°C) für seinen Kernbetrieb — Wärme, die durch Dampfkessel, Öfen oder direkte Verbrennung geliefert werden muss, und Verluste durch ungedämmte Behälter und Rohrleitungen stellen verschwendeten Brennstoff dar. Modulare abnehmbare Dämmung kann diese Verluste um 80–96% senken, Oberflächen auf ≤45°C kühlen, mit Amortisationszeiten oft unter 2 Jahren. Textilfabriken nutzen Prozessdampf zum Färben, Veredeln und Trocknen, erfordern oft enge Temperaturkontrolle über lange Laufzeiten — kontinuierliche Wärmeverluste schmälern Gewinne.

Vergleich von Kapazität und CO₂-Intensität berechnet aus Climate TRACE Industrieanlagendaten; Sektorrolle basierend auf Ingenieurreferenz.

What 2,522 t CO₂e a year looks like

This facility's reported annual CO₂e in the everyday equivalents from the US EPA Greenhouse Gas Equivalencies calculator:

Equivalencies: US EPA Greenhouse Gas Equivalencies. Emissions: Climate TRACE.

Capacity vs largest textile mills in Indonesia

Reported capacity (USD), Climate TRACE v6 (asset-level capacity & CO₂e, CC BY 4.0).

Local climate

P.T. Gaha Green Garment sits in a tropical rainforest climate zone (Köppen Af), at 7.0°S in the southern hemisphere.

Köppen zone: Köppen-Geiger world climate classification (Kottek et al. 2006, 0.5° grid).

How it compares & nearby sites

The #47 largest of 166 textile mills in Indonesia by reported capacity.

Nearby industrial sites

• Pt. Ricky Putra Globalindo - Bandung · Textiles · 2,522 t CO₂
• Perintis Putra Bangsa, Cv · Textiles · 2,522 t CO₂
• Pt Shinko Toyobo Gistex Garment · Textiles · 2,522 t CO₂
• Pt Gistex Garmen Indonesia · Textiles · 2,522 t CO₂
• Pt Pratama Abadi Industri · Textiles · 2,522 t CO₂
• Pt. Daese Garmin · Textiles · 2,522 t CO₂

Location

Coordinates -6.95989, 107.80023. View on OpenStreetMap.

Heat loss & insulation profile

A textile mill like this runs hot equipment that sheds heat continuously: dyeing vessels, stenters/dryers, steam lines, hot-water & boiler house (surface/process temperatures around 80–200 °C). These surfaces lose energy to the air year-round; removable modular insulation cuts that loss, brings outer surfaces to ≤45 °C, and unclips for inspection.

effectively industrial laundries/dyeing - steam & hot water; 500-3000 MWh typical.

Indicative recoverable energy

On an already-insulated site (pipes & valves in cladding / jackets), closing the remaining gaps, flanges and damaged sections and switching to removable covers indicatively recovers about 1,300 MWh/yr (≈ 260 t CO₂/yr) — scaled to this site's reported CO₂ within its sector. Bare or damaged surfaces recover several times more.

See Inzonex insulation → Estimate your site →

Indicative, not a measurement. Conservative floor for an already-insulated plant; a TIPCHECK on-site audit gives a measured figure. Industry context: EiiF TIPCHECK — industrial insulation can save ~14 Mtoe/yr in EU, payback typically <2 years.

Safety & the no-regret first step

Bare hot surfaces here exceed the touch-safe limit (EN ISO 13732-1); insulation to ≤45 °C is a worker-safety and compliance win. And before electrification, fuel-switching or CCS, eliminating surface heat loss is the cheapest, fastest, lowest-risk step — audit the bare spots first, rip-and-replace later.

External climate finance your country can access

Domestic energy-efficiency grants are limited here; industrial decarbonisation is mainly funded externally:

• Japan JCM (Joint Crediting Mechanism) — Japan co-finances diffusion of decarbonising tech incl. INDUSTRIAL ENERGY EFFICIENCY in partner countries, in exchange for carbon credits. Channels: MOEJ model projects, ADB trust funds, NEDO demonstrations.
• UK International Climate Finance (ICF / ODA) — ~GBP 6bn ODA over 3 yrs; industrial-decarbonisation flows via Climate Investment Funds (CIF) - Clean Technology Fund.
• Green Climate Fund (GCF) + ADB / World Bank / UNIDO — Concessional finance & grants for industrial energy efficiency. E.g. GCF $200M ADB-led India Green Finance Facility; World Bank FP071 'Scaling Up Energy Efficiency for Industrial Enterprises in Vietnam'; ASEAN ACGF energy-efficiency revolving funds incl. SMEs.

CBAM. Exporters of cement, steel, aluminium, fertiliser, hydrogen and electricity to the EU face the Carbon Border Adjustment Mechanism — cutting embedded emissions (efficiency + insulation) lowers the levy.

Routed via national development banks / accredited entities — not a direct factory grant. Verified 2026.

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