One of the shipping industry’s best opportunities for meeting the challenges of an adequate chassis supply is the carriers’ capabilities to provide accurate and timely information on containers leaving the busiest foreign ports for the United States, such as imports from China.
Michael Wilson, CEO of Consolidated Chassis Management LLC, (CCM) noted as part of the evolution of the South Atlantic Consolidated Chassis Pool (SACP) receives accurate information 21 days out for North and South Carolina and the Georgia Ports Authority. The SACP relies on this information as well as forecasting technology its developed to properly plan, prepare and manage inventory. CCM believes this forecasting contributes the pool’s high levels of efficiency and productivity.
He said that if spikes hit two–to-three times the anticipated volumes “there may not be a reasonable way to meet that kind of volume.” But he did add that metering the cargo is an option rather than dispatching large volumes to inland markets that may not have the ability to handle them at once.
Wilson discussed these issues recently at a port productivity forum. CCM operates neutrally managed interoperable gray pools whereby shared assets can be interchanged freely and possibly stored off-dock, at terminals and rail yards to provide the ability of chassis to move freely in terms of start and stop locations. This model offers optimized interoperability and supply chain efficiency, said Mike Wilson.
He added that the interoperable pool benefits from a neutral manager with the ability to move and secure business from one chassis provider to another without having to move assets. The neutral manager business model allows a user a single point of contact, impartial and transparent control with uniform road-ready chassis and an open competition environment.
Sometimes overlooked, a chassis is a pivotal piece of equipment in the supply chain. A shortage of chassis, trucks and drivers combined with the ongoing need to reposition all three to meet cargo ebbs and flows--sometimes over great distances—is a major import/export challenge, said Wilson.