Access for refinery structures where
delay is Not an Option.
MCWP access for shutdown, inspection and maintenance work in live refinery sites.
Flare tip access for critical
shutdown work.
For flare tip replacement and transfer of crew, tools and material at height.
Column access for insulation and
rescue planning.
For insulation change, rescue access and transfer of crew/materials on tall process columns.
Chimney access for platform
and coating work.
For painting, platform removal, strengthening and access at multiple chimney elevations.
Tank shell access for
maintenance work.
For insulation change, sprinkler line work, painting and sandblasting on storage tanks.
Flarestack
Process Columns
Chimneys
Tank Farms
What Changes when MCWP is on Site
THE CHALLENGE
MCWP RESPONSE
SITE BENEFITS
Extreme Heights
Refinery columns and flare stacks demand stable access beyond 100m
300+ meter Access
Rack-and-pinion movement for high refinery structures without scaffold build-up.
300m+
Working Height Capability
Congested Refinery Layout
Pipe racks, process lines, and live equipment restrict usable ground area.
Compact Base Setup
Special chassis and mast positioning reduce obstruction around live plant zones.
Compact
Ground Footprint
Shutdown Pressure
Every hour of delay affects turnaround schedule and contractor productivity.
Faster Setup than Scaffold
Modular mast erection reduces long scaffold erection and dismantling cycles.
Faster
Mobilisation
Permit & Safety Control
Work-at-height activity requires guarded access, documented methods, and controlled operation.
Fail-Safe Access System
Guarded platform, electric drive, emergency lowering, and rescue-ready access.
Engineered
Fail-Safe System
Oil & Gas Access Workscope
FLARE TIP & STACK WORK
COLUMN REPAIR & INSULATION
CHIMNEY MAINTENANCE
TANK SHELL COATING
Splitter Coloumn Progressive Access
- Height 125 metres
- Structure Splitter column with changing diameter
- Work Scope Full-height insulation access
- ConfigurationSC8000 MCWP with Snake Platform
- ChallengeFull-Height Access Solution for 125m Splitter Column Insulation.
- SolutionSC8000 MCWP with Snake Platform for Challenging Column Access.
- OutcomeSnake Platform Reduced Scaffolding for Full-Height Insulation Work.
125m Working Height
SC8000
Snake Platform
Full-Height Column Access
Why refineries Call Us Back
Refinery-Floor Discipline
Crews who understand permit zones, hot-work controls, and live-plant access culture.
Shutdown-Window Planning
Erection, working sequence, and dismantling planned around your turnaround calendar.
OEM-Backed System
Scanclimber platform quality, structural ties, and configuration guidance through an authorised channel.
Indian Refinery Experience
Repeated deployment across columns, flares, chimneys, and tank farms — the structures refineries maintain most often.
Explore MCWP for Refinery Access
See how mast climbing platforms work, how they compare with scaffolding, and what to check before selecting access for refinery structures.
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System Basics
Powered vertical travel with a stable working platform. -
Scaffold Comparison
Working area, load capacity, access speed and rework needs. -
Refinery Setup Checks
Height, reach, tie points, permits and shutdown sequence.
FAQ
Why are major Indian refineries using MCWP for shutdown work?
MCWP helps shorten access preparation time and brings technical teams safely to height. It is already used on shutdown and maintenance work across IOCL, HPCL, BPCL, Reliance, and other major refinery sites.
Can technical teams inspect the exact work zone from the platform?
Yes. The platform travels to the required height, allowing inspectors, supervisors, and client engineers to review work from a guarded deck near the actual repair or inspection point — instead of relying only on photos or distant scaffold access.
Is MCWP always the right answer, or is scaffold sometimes still better?
Sometimes MCWP, sometimes scaffold, sometimes a hybrid of both. We propose what fits your structure, shutdown window, and work scope — not only what fits our equipment fleet.
What should I share to get a useful access proposal back?
Share the structure type, height, shutdown window, tie-point conditions, site constraints, and crew/material loads. That is enough for us to come back with a first configuration proposal.
