Sarens entered US Heavy lift and heavy haul space in 2009 by acquiring Rigging International, a company based in California. We officialy changed the name to Sarens USA, INC. in 2012.
Sarens USA, INC has offices in Houston from where we cover the Gulf area, in Wisconsin from where we cover the Midwest, and in Rowesville from where we cover the East coast.
We provide Engineered Heavy Lifting Services
Heavy Lifting
Heavy Transport Services
Decomissioning and Dismantling Services
Rental Services
Sarens USA
10855 John Ralston Rd
Houston, Texas 77044
+ 1 832 536 3669
+ 1 832 615 2678
info.us@sarens.com
Sarens USA
9204-A Highway 61
Sorrento, Louisiana 70778
+ 1 225 450 7027info.us@sarens.com
Sarens Nuclear & Industrial Services
122 River Drive
Rowesville, South Carolina 29133
+ 1 803 534 1348
+ 1 803 535 6093
nuclear@sarens.com
Sarens Nuclear & Industrial Services
1430 South Goodland Road
Hartford, WI 53027
+ 1 414 299 0858
nuclear@sarens.com
Sarens SPMTs and half-split SPMTs maneuvered the world’s biggest and heaviest cracking furnace modules based on modularisation design and construction in the world at the Penglai Jutal Offshore Engineering Heavy Industries Co., Ltd. – PJOE Yard in Penglai, China.
The two furnace modules had to be transported and loaded-out at the PJOE Yard. Each furnace module weighed 8000T and measured 57.9m X 42.5m X 49m. The weight of the cargo was a challenge and the equipment and project planning had to address the center of gravity of the modules.
Analysing the critical aspects of the modules the team decided to deploy for the first time the half-split SPMTs along with the regular SPMTs. The team used:
276 axle-lines
48 axle-lines type half-split
12 PPU’s
Additional spare 6 axle-line along with 1 PPU
The equipment was mobilised to the site in 3 days using 60 trucks and assembled in 4 days in a limited space and tight time schedule.
Sarens Project Engineer, Yang Guangjuan says, “Finally we successfully completed the load-outs of the most critical furnace modules in this project. The team worked efficiently in planning, engineering, equipment preparation, and operation.”