Renewable energy

SPECIALIST SOLUTIONS FOR THE RENEWABLE ENERGY & WASTE TO ENERGY (WtE) SECTOR

Our innovative approach to craneage solutions for the renewable energy sector aims to reduce the number of lifts required, resulting in:

Fewer cranes
Accelerated programme to commercialisation
Lower project costs, and
Most importantly, the platform for improved safety, higher quality and ‘greener’ construction.

Scoped to suit the individual plant size and layout of each project, Marr's solutions support Designed for Manufacture & Assembly (DfMA) construction, offering:

Increased capability to lift in:
- Steam drums as a single component, thus avoiding onsite welding, heat treatment & testing
- Headers complete and boiler tube banks in larger configurations reducing onsite welding & testing
- Turbine components

Fewer cranes matched with smaller crane footprints releases laydown & onsite construction areas

Complete site coverage with minimum impact on space.

Renewable 2

OUR FLEET OF THE WORLD’S LARGEST CAPACITY TOWER CRANES – RANGING FROM THE WORLD’S SMALLEST CRANE, THE TINY M40R TO THE WORLD’S LARGEST CAPACITY TOWER CRANE, THE M2480D – COMBINE THE LIFTING CAPACITY OF MOBILE AND CRAWLER CRANES WITH THE HIGH PERFORMANCE OF TOWER CRANES.

Unique Features & Benefits:

High lift capacity – capable of lifting 330T (M2480D), allowing upsized components, increased modularisation & more extensive offsite prefabrication & pre-assembly
Long reach capability – boom lengths of up to 120m reducing the number of cranes required, removing site bottlenecks & reducing de-rigs & re-rigs
Small base footprint – equivalent to two cars parked side-by-side, freeing up much needed construction space & requiring little building stand-off
Marr Transit System (MTS) – modular rail system that extends longitudinal reach with no loss of capacity – full operation between site limits
Operational in winds of up to 20 m/s wind – reduced comparable downtime, weather vaning capability avoids out of service boom down & logistics required to facilitate.