STAX Engineering's New Role at the Port
STAX Engineering has recently secured a pivotal contract, designating it as the primary provider for emissions control services at a major port. This landmark agreement solidifies STAX's position in the industry and showcases the intense demand for effective environmental solutions in maritime settings.
The Emissions Control Service Agreement
As part of this agreement, STAX will provide compliance services on an on-call basis for vessels such as auto carriers and container ships. The contract is structured for an initial period of up to three years, with plans to extend services to tankers once the necessary approvals are obtained. Using innovative mobile emissions technology, STAX is equipped to handle exhaust emissions without any modification to the vessels.
Innovative Technology at Work
STAX's advanced emissions capture and control system can remove up to 99% of particulate matter (PM) and 95% of nitrogen oxides (NOx) from ship exhaust. This capability not only complies with regulatory standards but does so without requiring alterations to the vessels, setting STAX apart from other emissions control providers.
Comments from Leadership
In discussing this new opportunity, Mike Walker, the CEO of STAX Engineering, expressed pride in the selection by the port, emphasizing the necessity for collaborative efforts in reducing maritime pollution. Recognizing the scale of operations at such a vital hub underlines the importance of flexible and innovative solutions that existing infrastructures can integrate seamlessly.
Operational Excellence
John Holmes, the COO of STAX, shared insights into their operational model, which is designed for busy environments. The technology is adaptable, allowing it to connect effortlessly to any ship, ensuring compliance for all vessels regardless of their individual history in California ports.
Expanding Presence in California
This enhancement of services at the Port of Los Angeles is not new territory for STAX. The company has already established a significant operational footprint across various locations in California. They cater to multiple clients and continuously expand their reach. Currently, STAX operates eight barges under exclusive agreements at various pivotal ports, reinforcing its commitment to environmental compliance.
STAX’s Commitment to Cleaner Air
Since its inception in early 2024, STAX has provided service to over 22,000 hours of at-berth vessels, successfully capturing substantial tons of pollutants. The operation stands as a testament to STAX's dedication to cleaner air solutions that align with both compliance regulations and operational efficiency.
About STAX Engineering
STAX Engineering is on the forefront of innovative emissions reduction technologies. Their patented system is crafted to fit all types of ships, even in congested areas, ensuring that emissions are captured effectively. This methodology has received accolades, such as recognition from industry innovators, affirming STAX's place as a leader in emissions reduction solutions.
Frequently Asked Questions
What services does STAX Engineering provide at the port?
STAX Engineering offers emissions control services that help vessels comply with environmental regulations by capturing and filtering exhaust emissions.
How does STAX's technology work?
The technology captures exhaust from ships, filtering out harmful pollutants and releasing cleaner air, achieving up to 99% pollutant removal without modifications to the vessels.
Who are the clients of STAX Engineering?
STAX Engineering works with various clients, including major shipping companies and oil entities, enhancing their commitment to emissions compliance.
What is the expected duration of STAX’s contract at the port?
The contract with the Port of Los Angeles is set for up to three years, with the possibility of extending services to other types of vessels.
How has STAX performed since its launch?
Since 2024, STAX has successfully treated vessels for over 22,000 hours and captured a significant amount of pollutants, showcasing their effectiveness in emissions control.
