Skip to main content

Maritime Monitoring

by Weir-Jones Engineering

NAVIGATING MARITIME SAFETY WITH PRECISION

Delivering Reliability and Compliance at Sea

At Weir-Jones Engineering, our marine monitoring solutions are meticulously crafted to meet the distinct demands of the marine industry, ensuring precision and reliability in challenging maritime environments. Our suite of innovative technologies enhances the safety, efficiency, and compliance of marine operations. With precise draught measurements from our ADIS® technology and early seismic warnings, we ensure that your vessels and offshore platforms adhere to the highest standards of safety and regulatory compliance.

Discover how our monitoring solutions can protect your maritime assets, optimize operational procedures, and give you a competitive edge in the global marine industry.

ENHANCING MARINE OPERATIONS

Expert Solutions for Enhanced Safety

At Weir-Jones Engineering, we provide a diverse range of marine monitoring solutions tailored to enhance safety, efficiency, and compliance across the maritime industry. Our systems support various sectors, including shipping, offshore energy, and port operations. Key solutions include draught monitoring for vessel stability, seismic monitoring for offshore platform integrity, and navigational systems for improved route planning.

Additionally, our environmental monitoring ensures regulatory compliance and ecosystem protection. By integrating our technologies, maritime operators can optimize operations, reduce downtime, and maintain high safety and environmental standards.

Global Reach, Local Expertise
Accurate Insights

Automatic Draught Indicator System (ADIS®)

Provides accurate, real-time draught measurements for vessels, using advanced sensors to ensure optimal stability and compliance with loading regulations, significantly enhancing navigational safety and operational efficiency.

Offshore Platforms

Specialized monitoring solutions ensure the structural integrity and operational safety of offshore platforms, crucial for oil and gas extraction in harsh marine environments.

Bollard Pull Testing

Conducts essential testing to measure the towing capacity of vessels, verifying the operational capability and safety of the vessel's towing power and engine strength, crucial for towing operations and certification.

Near Shore Facilities

Specialized monitoring solutions for near shore facilities involved in cargo handling, ship maintenance, and energy production, enhancing safety and operational efficiency while managing environmental and structural risks associated with coastal operations.

Ensuring Vessel Stability and Regulatory Compliance

Automatic Draught Indicator System (ADIS®)

The Automatic Draught Indicator System is a crucial maritime safety and efficiency tool, providing accurate, real-time draught measurements for vessels. This system utilizes advanced sensors installed around the ship's hull to monitor water pressure and calculate the draught accurately. These precise measurements are vital for ensuring optimal stability and compliance with loading regulations, thereby preventing risks associated with overloading or underloading.

The Automatic Draught Indicator System integrates seamlessly with both onboard and shore-based systems, enabling continuous monitoring and better management of cargo loads and navigation routes. This proactive approach to monitoring helps ship operators avoid shallow water grounding and optimize route planning, significantly enhancing operational efficiency and safety. By maintaining constant oversight of a vessel's draught, it ensures that maritime operations adhere to the highest safety standards while maximizing operational capabilities.

TiltMonitor™

Enhance the safety of your structures with TiltMonitor™, providing critical real-time tilt data to preemptively address any structural deviations.

ADIS®

Designed to provide accurate, real-time measurements of a vessel’s draught, enhancing navigational safety and ensuring compliance with loading regulations.

Innovative Monitoring for Extreme Marine Environments

Offshore Platforms

At Weir-Jones Engineering we offer innovative solutions for offshore platform monitoring. Offshore platforms are critical structures used primarily for the exploration and extraction of oil and gas from beneath the ocean floor. These platforms are engineered to operate in challenging marine environments, facing harsh weather conditions and high seas. They can be fixed to the ocean floor, float, or be movable for position adjustments according to operational needs. Ensuring the structural integrity and stability of these platforms is vital not only for the safety of the crew and environmental protection but also for efficient production operations.

With our continuous monitoring and maintenance services, we play a crucial role in managing the risks associated with offshore drilling and production activities. These proactive measures are essential for ensuring operational safety and efficiency, helping to prevent potential incidents before they occur.

TiltMonitor™

Enhance the safety of your structures with TiltMonitor™, providing critical real-time tilt data to preemptively address any structural deviations.

ShakeMonitor™

ShakeMonitor™ utilizes cutting-edge technology to continuously assess structural integrity, offering peace of mind through comprehensive seismic analysis.

ADIS®

Designed to provide accurate, real-time measurements of a vessel’s draught, enhancing navigational safety and ensuring compliance with loading regulations.

VibraMonitor™

With VibraMonitor™, monitor vibration levels within your facilities to prevent equipment damage and ensure operational continuity.

Validating Towing Capacity and Vessel Safety

Bollard Pull Testing

At Weir-Jones Engineering, we offer Bollard Pull Testing, a vital evaluation process designed to measure the towing capacity of maritime vessels like tugboats. During this test, the vessel is tethered to a shore-based bollard, and the maximum force it can exert through its towing line is measured. This allows us to verify the operational capability and safety of the vessel's towing and engine power in relation to its rated capacity.

Bollard pull results are crucial for ensuring compliance with safety standards, assessing the suitability of vessels for specific towing operations, and providing necessary certifications for maritime activities. This testing is essential for enhancing fleet performance and ensuring maritime safety.

TiltMonitor™

Enhance the safety of your structures with TiltMonitor™, providing critical real-time tilt data to preemptively address any structural deviations.

ShakeAlarm®

Trust ShakeAlarm® to deliver immediate seismic activity alerts, enabling proactive measures to protect infrastructure and personnel.

ShakeMonitor™

ShakeMonitor™ utilizes cutting-edge technology to continuously assess structural integrity, offering peace of mind through comprehensive seismic analysis.

VibraMonitor™

With VibraMonitor™, monitor vibration levels within your facilities to prevent equipment damage and ensure operational continuity.

Advanced Surveillance for Coastal Operations

Near Shore Facilities

At Weir-Jones Engineering we offer comprehensive monitoring solutions tailored for near shore facilities, which are crucial for a range of maritime activities including cargo handling, ship maintenance, and energy production. Our services ensure that these facilities, located close to the shore but often subject to harsh marine environments, maintain structural integrity and operational efficiency.

By leveraging advanced monitoring technology, we help manage the unique risks associated with their proximity to coastal areas, such as corrosion, weather impacts, and fluctuating tides. Our solutions aim to enhance safety, optimize operations, and extend the life of near shore facilities.

TiltMonitor™

Enhance the safety of your structures with TiltMonitor™, providing critical real-time tilt data to preemptively address any structural deviations.

ShakeAlarm®

Trust ShakeAlarm® to deliver immediate seismic activity alerts, enabling proactive measures to protect infrastructure and personnel.

ShakeAlarm Lite®

ShakeAlarm Lite® offers essential seismic detection tailored for smaller facilities, ensuring rapid response to minimize potential damage.

ShakeMonitor™

ShakeMonitor™ utilizes cutting-edge technology to continuously assess structural integrity, offering peace of mind through comprehensive seismic analysis.

VibraMonitor™

With VibraMonitor™, monitor vibration levels within your facilities to prevent equipment damage and ensure operational continuity.

Discover Marine Monitoring Excellence

At Weir-Jones Engineering

With over 50 years of experience, Weir-Jones Engineering stands as a pillar in marine monitoring solutions, expertly addressing the unique challenges of the maritime industry. Our comprehensive suite of services enhances vessel safety, operational efficiency, and compliance with rigorous standards.

Our innovative products like the Automated Draught Indicator System and ShakeAlarm™ are integral to operations across global maritime sectors, ensuring vessel stability and providing early warnings of seismic activities. These technologies demonstrate our ability to deliver tailored solutions that integrate seamlessly with existing maritime operations.

Contact us today to explore how our advanced monitoring technologies can safeguard your operations, enhance structural integrity, and extend the lifespan of your maritime assets. Trust Weir-Jones Engineering to be your partner in navigating the complexities of the marine industry with confidence and expertise.

Trusted

for 50+ Years by Industry Leaders in 55+ Countries by Governments

RECENT CASE STUDIES

A leader in engineering innovation.

Filter

OilPower & Utilities

Vibration Monitoring of Hot Bitumen Storage Tank

Weir-Jones installed vibration monitoring instruments on a hot bitumen storage tank to evaluate stress from periodic vibrations, using advanced sensors and signal conditioning techniques to ensure component safety. Their analysis certified that current stress levels were within safe limits, reducing the risk of failure due to fatigue.
Power & Utilities

Snow Load on Communications Tower Monitoring

To ensure the structural integrity of a communications tower in a heavy snowfall area, Weir-Jones monitored the tower's tilt with inclinometers, utilizing a solar-powered, remotely monitored data acquisition system. Despite significant snow build-up from road plowing, the tower maintained its position, orientation, and structural integrity throughout the winter.
Power & Utilities

New Design Crusher Monitoring

The new crusher design in an oil sands processing plant was monitored for structural integrity using extensive short-term and long-term instrumentation, proving its functionality with no observed strains or deformations beyond design limits. It has been in operation without issue for 14 years, indicating the effectiveness of the monitoring system and the durability of the crusher design.