3D LiDAR Scanning in Indonesia · Jakarta

Industrial-Grade LiDAR Scanning for Indonesia Plant Owners

Sub-3 mm accuracy point clouds, captured on the live plant, registered to plant grid, and handed over as a structured point-cloud library plus mesh model for the Cilacap refining (Java) across Indonesia.

Why Indonesia brownfield work starts with a LiDAR walk, not a model rebuild

Across Pertamina's refining estate, the Bontang and Tangguh LNG complexes, and the Morowali-Weda Bay nickel-EV-battery processing build-out, a LiDAR-backed reconciliation walk is what makes every downstream engineering deliverable trustworthy. Indonesia's industrial electrical engineering market is led by Pertamina's refining and petrochemical assets, the gas-processing and LNG complex (Bontang · Tangguh · Donggi-Senoro), and a fast-growing nickel-laterite to electric-vehicle-battery processing build-out (Morowali · Weda Bay). PUIL 2011 (Persyaratan Umum Instalasi Listrik · the Indonesian wiring rules) and Migas regulations drive the regulatory framework. Indonesia's industrial base was largely built between 1985 and 2010. Pertamina's refining modernisation program (Cilacap · Balikpapan · Dumai) is brownfield expansion. The Morowali / Weda Bay nickel-EV-battery build-out is a brownfield extension of an existing industrial corridor. The brownfield digital engineering offer fits the country's posture directly.

The capture and registration standard we work to in Indonesia

Capture follows ISO 17123-9 for instrument verification with point-cloud registration to ASTM E2807-08 closure tolerances. Where the operator references PUIL 2011 (general electrical installations) · SNI IEC 60079 (hazardous area) · SNI IEC 61936 · IEC 60909 · Migas K3 (occupational safety) regulations, the deliverable formatting layer aligns to it; the underlying capture methodology is invariant.

What you receive · the six LiDAR deliverables for Indonesia

Tripod LiDAR Capture (Static Scanning)

Leica RTC360 / FARO Focus Premium static capture at sub-3 mm accuracy. Density tuned to the level of detail required: 6-12 mm at process-equipment level, 25 mm at building-envelope level. Coverage planned around the Indonesian refining-petrochem layouts (tropical climate constraints).

Drone and Mobile LiDAR (Where Tripod Cannot Reach)

Drone-LiDAR for elevated structures, mobile-scanner trolleys for corridor-heavy plants, handheld LiDAR for restricted bays. The combined capture closes the coverage gaps a tripod-only survey leaves behind.

Point-Cloud Registration to Plant Grid

Closure error under 15 mm at the project extents; under 8 mm typical in dense equipment zones. Plant grid established or reconciled at the start, every cloud registered to it, no floating sub-models.

Deliverable Library + Access Setup

Structured E57 / RCP / LGS library with metadata, plus web-viewer access for plant engineering and contractor review. Asset register linked to point-cloud coordinates so the operator can navigate by equipment tag.

Hand-off to As-Built or Digital Twin Workflow

Registered point-cloud library hands directly into the as-built engineering workflow (P&ID, isometric, GA) or the the digital twin platform digital-twin platform, with no re-registration required.

Pre-Capture Survey + Permit Pack

Walk-down survey with the plant electrical authority, hot-work and high-altitude permit alignment with K3 Migas + Indonesian DGCA for drone permission, target-network design and ground-control survey. Capture begins only after the safety stack is signed.

Three brownfield LiDAR engagements we have delivered in Indonesia

Three Indonesian engagements (a Pertamina refinery, a Bontang-region LNG train, and a Morowali nickel processing plant) that show the pattern:

Pertamina refinery (Cilacap)

a 348,000 BPD refinery with 150 kV intake and aging 11 kV switchgear.

The engagement: K3 Migas safety audit demanded current arc flash labels in Indonesian language; full plant re-baseline + protection coordination + PUIL 2011 conformance package.

LNG (Bontang)

an LNG train with 70 kV intake and 6.6 kV distribution.

The engagement: Insulation coordination after lightning event on the 70 kV feeder; SPD selection + ground grid reconciliation + harmonic measurement.

Nickel processing (Morowali)

a HPAL hydrometallurgy plant with 150 kV captive coal-power + 11 kV processing distribution.

The engagement: First-of-kind plant arc flash baseline against international standards while satisfying PUIL 2011 and K3 Migas review.

LiDAR Scanning in Indonesia · the questions buyers actually ask

Buyer questions we hear consistently across K3 Migas audit, PUIL 2011 conformance, and TKDN local-content conversations:

Does the study satisfy K3 Migas safety audit expectations?

Yes. The deliverable is structured against K3 Migas inspection checklists for electrical safety, with Indonesian-language arc flash labels and a bilingual executive summary for the audit team.

Is the work compliant with PUIL 2011 and SNI IEC standards?

Yes. The report opens with a PUIL 2011 and SNI conformity matrix mapping every section to the relevant chapter and SNI standard. SLO renewal-ready format.

How do you handle TKDN local-content requirements?

Where TKDN is contractually required, we structure the engagement so that local-content engineering hours fall within Indonesia-based engineering partners. CEng MIE FIE technical authority remains with our chartered engineers.

Tell us what you need scanned in Indonesia. A capture lead responds inside 24 hours.

Scope Your Plant

3D LiDAR Scanning. Indonesia.