Texas’ Fastest-Growing Port Just Got Even Safer
Ocean News
Aerial view of Port Freeport, Texas, where several vessels are docked at busy port facilities around the harbor. Port Freeport has partnered with NOAA to establish Freeport PORTS®, NOAA’s 38th system. (Port Freeport)
Mariners sailing in and around Port Freeport — the fastest-growing port in Texas — have something to celebrate.
The seaport, located outside of Houston, is now fitted with a NOAA system that improves safe and efficient marine navigation. The technology is part of a nationwide network called Physical Oceanographic Real-Time System, or PORTSⓇ.
Freeport PORTS is the 38th system in this network of precision marine navigation sensors. The integrated series of sensors track oceanographic and meteorological conditions as they unfold around the port. This will greatly increase the navigation safety of vessels entering and exiting Port Freeport.
“Precision navigation is critical to our nation’s data-driven blue economy and helps our environment,” said NOAA Administrator Rick Spinrad, Ph.D. “The real-time information tracked by NOAA allows ships to move safely within U.S. waterways to make operations more efficient and lower fuel consumption, which also lowers carbon emissions.”
More than 30 million tons of cargo moved through Port Freeport in 2019, which supported more than 279,000 jobs nationwide, for a total economic impact of $149 billion. The new system will allow all mariners to have access to real-time water level, currents and meteorological information, helping them to better plan vessel transits and prevent accidents.
Current meter equipment installed on U.S. Coast Guard Lighted Buoy 6 along the Freeport entrance channel. Currents data in the water column at this location will aid mariners transiting in and out of Port Freeport. (NOAA)
Studies prove that the NOAA PORTS program reduces shipping collisions, groundings, injuries and property damage. When a new PORTS is designed, local stakeholders determine the sensor types and location requirements to support their safety and efficiency decisions.
“This new system, and the others like them around the country, reduce ship accidents by more than 50%, and allow for larger ships to get in and out of seaports and reduce traffic delays,” said Nicole LeBoeuf, director of NOAA’s National Ocean Service. “PORTS can also provide real-time data as conditions rapidly change, giving our coastal communities time to prepare and respond.”
Newly installed current meters collect and transmit real-time current observations in waterways where those conditions can change quickly and over small distances. One current meter that is mounted on a buoy is installed along the port entrance channel to capture critical cross currents data outside of the Surfside Jetty. A second current meter is installed on a pier in the intercoastal waterway near the Surfside Bridge to collect data that will indicate the strength of currents near an important turning point for vessels coming in and out of Freeport Harbor.
The new system also integrates real-time water level and meteorological information from the NOAA Freeport Harbor National Water Level Observation Network station. That equipment is installed on a specialized single platform structure which is common in the Gulf of Mexico. Wind speed and directional data will help users plan for safe pilot boarding and ship passages during adverse weather.
View the real-time data for the Freeport PORTS.
