Managing Confined and Congested Work Areas With Expertise
-
Equipment Used
-
Services Used
-
By the Numbers
- Prefrac Tower: 600 tons, 211' tall, 15' wide
- Caustic Tower: 325 tons, 210' tall, 10' wide
Infrastructure limitations are nothing new in the industrial landscape. As refineries and other sites continue to expand and restructure, these constraints will only increase. The ideal advantage is to be able to adapt, operate, and perform within these tight quarters. If you are planning a turnkey, turnaround, or infrastructure upgrade, but are concerned about additional operation stoppages due to space confinements, Deep South Crane and Rigging has the experience, equipment and expertise to meet your goals and handle the challenges of confined and congested work areas.
Deep South Crane and Rigging was recently contracted by a southeast petrochemical plant as part of a major pre-turnaround project. In order to de-bottleneck ethylene production, Deep South erected a caustic tower and a prefrac tower. With dozens of different contractors and over 700 workers, a confined and congested work area posed the greatest challenge. Each contractor had a specific timetable to maintain, bringing in equipment could not create delays in these schedules. To reduce the footprint needed to execute these lifts, Deep South brought in its proprietary 1500-ton VersaCrane TC-24000 along with a 500-ton tailing frame.
The prefrac tower weighed in at 600 tons and was 211’ tall and 15’ wide. The caustic tower weighed 325 tons and was 210’ tall and 10’ wide. To lift and maneuver the caustic tower the VersaCrane TC-24000 was used along with the CC-1800 Demag as the tail crane. The prefrac tower was also moved with the VersaCrane TC-24000, along with a 24-axle line DW Scheuerle SPMT equipped with a 500-ton tailing frame.
The versatile design of Deep South’s proprietary 1500-ton VersaCrane TC-24000 created multiple money-saving solutions for the client. The special configuration and rigging used prevented the need to bring in a second smaller crane. Utilizing a secondary crane would have forced other projects to stop due to space limitations, increasing costs across the board. The custom manufactured lifting bails and links of the crane’s outrigger design also allowed for the non-sterilization of multiple site equipment foundations, as well as minimal site prep to accommodate the crane.
Even with tremendous congestion and space constraints, Deep South Crane and Rigging successfully completed the installation of both towers. With the expertise and experience of working parallel with other contractors, along with the ability to customize rigging, this project was finished without incident, on time, and saved the client money.
Related Projects
Pressed for Time
View Project
Pressed for Time
A vehicle manufacturer’s large stamping press—a massive machine used for shaping body panels—is online and operational thanks to efficient installation by Deep South. The three primary components included a 181-ton press bed (27.72’ L x 16.4’ W x 13.12’ H), 250-ton press crown (28.38’ L x 16.4’ W x 13.12’ H) and a 92-ton press slide (21’ x 10.83’ x 10.5’).
A High Lift for Health
View Project
A High Lift for Health
As part of an HVAC system upgrade, a client needed to place a new industrial-size, 25,000-pound chiller onto the roof of its multi-story medical facility in New Orleans, LA. The challenges on this project, located in a congested urban environment, ranged from limited space to set up cranes and associated support equipment to a requirement that trees along the roadway could not to be disturbed. Also, the road and medical facility had to remain open throughout the effort.
Bridge Limits: Deep South Facilitates Complex Multi-Stages Delivery of Million Pound Converter
View Project
Bridge Limits: Deep South Facilitates Complex Multi-Stages Delivery of Million Pound Converter
In preparation for a capacity expansion project, Deep South transported a 939,327-pound ammonia converter shell from the manufacturer to its plant in Donaldsonville, La. The trek required moving the system about 135 miles by water to a barge unloading site and 30 miles over the road.