Engineering-led heavy lifting and transport for refineries, power plants, and critical industrial infrastructure — where precision is not optional.
JMR Lifting Solutions & Engineering is a specialist heavy-lift and engineered transport contractor. We plan, engineer, and execute the world's most complex lifts — refinery reactor changeouts, offshore module installations, tandem upending of pressure vessels, and turnkey transport of oversized industrial components.
Every project begins with engineering, not equipment. Load paths, ground bearing pressures, wind envelopes, and rigging geometry are resolved in our engineering office before a single crane ever rolls onto site.
Coordinated dual-crane vertical erection of pressure vessels, columns, and reactors up to 1,800 tonnes. Fully engineered load path from horizontal to vertical.
SPMT-based transport of oversized loads through refineries, ports, and constrained sites. Route surveys, ground preparation, and clearance engineering included.
In-house rigging engineering — from lift plans and pad-eye design to spreader beams and custom lifting frames. FEA-verified, insurer-accepted, code-compliant.
Pre-project assessments, ground bearing studies, and method statements accepted by tier-1 EPC contractors and international insurers.
Scroll through the animation to see how a tandem lift transforms a horizontal pressure vessel into its final vertical position — hooks descend, slings tension, and the load rotates around a fixed trunnion.
From a crane operator in India (2005) to a LEEA Certified Appointed Person in Angola (2025) — every role climbed the ladder of lifting engineering. Photos below are from active field operations across three continents.
Full project references shared confidentially on request. All operations conducted under BS 7121 / LOLER / ASME B30 discipline.
Request an engineered lift studyThese are the kind of lift plans we produce for real clients — crane selection, load charts, rigging calculations, risk assessment, and method statements. Every plan is signed off by a LEEA Certified Appointed Person under BS 7121, LOLER, and ASME B30 standards. Client names and locations redacted.
Site walk, load path modelling, ground bearing analysis, and initial rigging concept. Delivered in 5 working days.
Full method statement, FEA-verified rigging design, crane selection, HIRA, and insurer submission. Peer-reviewed, insurer-accepted.
On-site rigging supervision, live load monitoring, and continuous engineering oversight through every phase of the operation.
Load released, post-lift inspection, and full as-executed engineering pack — signed, sealed, archived. Zero-defect handover.
Attach your GA drawing, vessel weight, foundation coordinates, and target date. You'll receive a preliminary lift study within 5 working days — free of charge, no obligation.