Job description for a heavy equipment operator in oil logistics?

Heavy Equipment Operator in Oil Logistics — Job Description

Operates and maintains heavy material-handling equipment to safely move oilfield cargo (OCTG, production equipment, chemicals, sand, containers) across yards, rail sidings, ports, and wellsite logistics hubs. Executes load/unload, staging, and securement aligned with dispatch schedules and HSE requirements.

I. Core Responsibilities

I.1 Execute material moves: load/unload flatbeds, railcars, and containers; stage OCTG racks, sand boxes, tanks, skids, and pallets per pick lists and dispatch sequence.
I.2 Operate equipment: forklifts (10,000–36,000 lb class), telehandlers, wheel/skid-steer loaders, yard tractors, rough-terrain cranes/boom trucks (if certified), yard gantries.
I.3 Perform rigging and lift execution: select slings, shackles, spreader bars; verify WLL, angles, and center of gravity; conduct test lifts; comply with lift plans and load charts.
I.4 Conduct pre-use inspections: walk-arounds, fluid levels, tires/tracks, forks/booms/attachments, safety devices, backup alarms, lights; record defects and tag-out unsafe units.
I.5 Load securement: choose chains/binders/straps; apply edge protectors/dunnage/chocks; verify tie-down count and tension; document securement on BOL/load ticket.
I.6 Yard traffic management: spot trucks, use radio/hand signals with signalers, maintain exclusion zones, follow one-way systems and speed controls.
I.7 Documentation and systems: complete JSAs/JHAs, pre-start checklists, near-miss cards, equipment hour logs; transact moves in WMS/TMS with handheld scanners; capture scale tickets.
I.8 HSE compliance: participate in toolbox talks; apply Stop-Work Authority; manage spill kits, stormwater BMPs, and secondary containment; maintain housekeeping to 5S standards.
I.9 Basic maintenance: grease points, replace wear parts (e.g., fork pins, cutting edges), adjust tire pressure, refuel/DEF, coordinate with maintenance for scheduled service.
I.10 Seasonal/site tasks: snow removal, dust suppression, matting/ground improvement, pad leveling/compaction to support equipment mobility and bearing capacity.

II. Required Skills and Physical Demands

II.A Technical Skills

II.A.1 Proficient operation of forklifts, telehandlers, loaders; crane/boom truck operation where certified; attachment changes (forks, jib, bucket, bale clamp, pipe handling tools).
II.A.2 Rigging fundamentals: sling selection, hitch types (vertical, basket, choker), angle reduction, load stability, tag-line use, signaling.
II.A.3 Lift planning basics: load chart interpretation, radius/boom angle effects, de-rating for configuration/surface conditions, dynamic factors.
II.A.4 Load securement math: tie-down WLL verification, friction and blocking, CG alignment, packaging integrity; conformity with internal logistics SOPs.
II.A.5 Ground conditions: soil classification, ground bearing pressure, matting/cribbing design to protect subgrade and underground services.
II.A.6 Systems: WMS/TMS transactions, handheld scanner workflows, weighbridge operation, basic Excel for logs and inventory counts.
II.A.7 HSE: H2S awareness, HazMat handling basics, SDS interpretation, LOTO fundamentals, fire extinguisher use, incident reporting.
II.A.8 Basic mechanics/hydraulics: troubleshooting alarms, hydraulic functions, brake/steering checks, battery and charging systems.

II.B Soft Skills

II.B.1 Situational awareness and hazard recognition in dynamic yards and wellsite logistics hubs.
II.B.2 Clear radio and hand-signal communication; teamwork with riggers, drivers, dispatchers.
II.B.3 Time management to meet truck turn times and frac/stimulation schedules.
II.B.4 Procedural discipline; documentation accuracy; willingness to stop unsafe work.

II.C Physical Demands

II.C.1 Lift/carry 50–75 lb; climb ladders/steps; mount/dismount equipment repeatedly.
II.C.2 Work 10–14-hour shifts in heat, cold, wind, rain, dust; night shifts and overtime common.
II.C.3 Visual depth perception and fine control for close-quarters staging and rigging.

III. Tools, Software, and Equipment

III.A Toolchain Snapshot

III.A.1 Equipment: counterbalance forklifts (pneumatic/solid tire), rough-terrain forklifts, telehandlers, wheel/skid-steer loaders, yard tractors, rough-terrain cranes/boom trucks, mobile gantries, winch systems.
III.A.2 Attachments & rigging: forks, pipe/coil handlers, jibs, buckets, spreader bars, slings (wire rope/synthetic/chain), shackles, hooks, edge protectors, dunnage, chocks.
III.A.3 Measuring/safety: tape measures, calipers, load cells/dynamometers, angle finders, sling angle gauges, two-way radios, gas monitors (site-specific), spill kits.
III.A.4 Software: WMS/TMS, handheld barcode/RFID scanners, telematics portals, digital JSA/permit apps, weighbridge terminals, spreadsheets for logs and hour tracking.

III.B Key Calculations and Formulas

III.B.1 Sling tension for a symmetric two-leg lift:
Given load weight W and sling angle to horizontal ?, per-leg tension is LaTeX: \( T = \dfrac{W}{2\sin\theta} \). Ensure \( T \leq \) sling WLL after angle reduction.
III.B.2 Multi-leg lift (estimated): For n equal legs at angle ?, approximate
LaTeX: \( T \approx \dfrac{W}{n\sin\theta} \). If CG is offset, increase design leg tensions on the short side accordingly.
III.B.3 Ground bearing pressure:
LaTeX: \( P = \dfrac{W_{\text{machine}} + W_{\text{load}}}{A_{\text{contact}}} \times \text{DAF} \), where DAF (dynamic amplification factor) typically 1.1–1.3 (estimated). Select mats/cribbing so \( P \leq \) allowable soil bearing.
III.B.4 Tie-down capacity (estimated internal standard):
LaTeX: \( \sum \text{WLL}_{\text{tie-downs}} \geq S_f \times W_{\text{cargo}} \), where safety factor \( S_f \) depends on cargo/route; increase tie-downs for low friction or elevated center of gravity.
III.B.5 Tractive effort for grade and rolling resistance (for planning moves):
LaTeX: \( \text{TE}_{\text{req}} = W \big(R_r + \tan\alpha\big) \), where \( R_r \) is rolling resistance coefficient and \( \alpha \) is grade angle. Verify equipment capability before committing to the move.

IV. Work Environment

IV.1 Onshore logistics yards, rail sidings, transload terminals, pipe yards, ports, and wellsite staging areas; occasional laydown at gathering/plant sites. Offshore supply base exposure possible (estimated).
IV.2 Shifts: 5/2 or 6/1 for terminals; 12-hour rotating day/night; during frac campaigns, 14/14 or 21/7 rotations may be used (site-specific).
IV.3 Travel: 10–50% between yards and wellsites; call-outs during peak operations.
IV.4 PPE: hard hat, impact-rated eye protection, gloves, FR garments as required, high-vis, safety footwear; hearing protection in high-noise zones; respiratory protection where mandated.

V. Reporting Lines and Cross-Functional Interfaces

V.1 Reports to: Yard/Terminal Supervisor or Logistics Operations Lead; functional guidance from HSE Coordinator.
V.2 Interfaces with: Dispatch/Planning, Warehouse/Inventory Control, Transportation/Drivers (common carrier and dedicated fleets), Drilling/Completions site reps, Maintenance, QA/QC Inspectors, Rail/Port operations, Security.

V.A Deliverables & Interfaces

V.A.1 Deliverables: completed JSAs, pre-use inspection checklists, accurate WMS/TMS move confirmations, load tickets/BOLs, scale tickets, near-miss and hazard reports, equipment hour logs.
V.A.2 Handoffs: staged cargo to drivers per dispatch; inspection records to Maintenance; HSE documentation to HSE Coordinator; inventory confirmations to Warehouse; rail/port tally sheets to Operations Control.

VI. Career Ladder

VI.1 Next roles: Lead Heavy Equipment Operator; Yard/Terminal Supervisor; Logistics Coordinator; Dedicated Crane Operator; Rigger/Signalperson; HSE Technician (operations focus).
VI.2 To progress: expanded equipment scope (large-cap forklifts, telehandler at max boom, crane/boom truck), proven lift planning, incident-free record, throughput/KPI improvements, mentoring new operators.
VI.3 Certifications that accelerate advancement: Forklift/Telehandler operator cards, Rigger Level 1/2, Signalperson, Mobile Crane Operator (where applicable), H2S, PEC SafeLand or equivalent, First Aid/CPR, OSHA-style 10/30-hour (region-specific), TWIC if port access required.

VI.A Progression Trigger

VI.A.1 Typically promoted after 12–24 months, =1,000 operating hours across two equipment classes, completion of Rigger/Signalperson credentials, and two peak logistics campaigns without recordable incidents (estimated).