E-Cranes for Midstream Transfers

The balanced design of the E-Crane makes it the ideal solution for floating midstream transfer applications, where permanent infrastructure is limited or unavailable.  The E-Crane innate design reduces overturning moments, maximizing stability and reducing barge size requirements and overall project costs.  Its efficient equilibrium principle also lowers power consumption, making it well suited for self-contained floating installations.  Mounted on a barge, the entire system can be easily transported and redeployed from one project or terminal to another, providing exceptional flexibility for changing operational needs.

Typical Challenges in Midstream Transfer Operations

  • Limited or unavailable permanent infrastructure

  • Barge stability during material handling operation

  • Barge size and structural requirements that can increase costs

  • Limited onboard power availability for self-contained floating systems

  • Need for equipment to be relocated as operational needs change

How E-Crane Solves Them

Minimal Infrastructure Requirements:
The E-Crane can be installed on a floating barge, reducing dependence on any shore infrastructure.

Exceptional Stability:
The balanced E-Crane design minimizes overturning moments, providing excellent stability during floating material handling operations.

Reduced Barge Requirements:
Lower overturning moments allow for smaller, less costly barge designs, reducing the initial project investment.

Low Power Consumption Options:
The E-Crane design significantly reduces power requirements and can be run on a generator or hooked up to shore power, with the option to switch back and forth.

Flexibility and Mobility:
A barge mounted E-Crane system can be easily transported between projects or terminals.

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