Slide 1: Delivering Safe, Secure Transport for Hazardous Material through Satellite Connectivity
EBOOK Delivering Safe, Secure Transport for Hazardous Material through Satellite Connectivity Globalstar.com
Slide 2: Transporting hazardous materials is both essential and high-risk
Transporting hazardous materials is both essential and high-risk. Rail tank cars, ISO tank containers, and highway tankers move flammable, toxic, corrosive, and pressurized cargo through cities, ports, and remote corridors. The work sits under strict national and international rules that expect oper
Slide 3: The Risk Landscape in Hazardous Materials Transport
The Risk Landscape Condition excursions Data and process gaps Pressure rise or drop, temperature Missing proofs of arrival and in Hazardous What can go wrong out of range, unexpected venting, departure, incomplete custody Materials Transport vibration or shock, tilt or rollover records, delayed exce
Slide 4: What Advanced Monitoring Really Means: From Basic Tracking to Intelligent Visibility
What Advanced Monitoring Really Means: From Basic Tracking to Intelligent Visibility For years, hazardous materials transport relied on simple track-and-trace systems — periodic GPS pings showing where a tank car or container had last checked in. This was enough to confirm location for billing or sc
Slide 5: Sensing and Edge Logic; Data Flows
Sensing and Edge Logic Data Flows Modern IoT devices go far beyond location. Sensors record pressure, Advanced monitoring depends on reliable, two-way communication temperature, shock, tilt, vibration, and door or hatch status to detect between assets and control systems. Devices send event-driven m
Slide 6: Operator View
Operator View At the control center, advanced monitoring becomes tangible. Operators see a live fleet map displaying each rail car, tank, or trailer, with color-coded geofences marking yards, terminals, and corridors. Dashboards highlight exceptions such as route deviations, prolonged dwell times, o
Slide 7: Why Satellite Matters in Hazardous Materials Operations
Why Satellite Matters in Hazardous Materials Operations As advanced monitoring systems became standard in hazardous materials transport, one limitation quickly stood out: connectivity. No matter how sophisticated the sensors or dashboards, they’re only as reliable as their ability to communicate. Tr
Slide 8: Coverage and Reach; Resilience in Critical Moments
Coverage and Reach Resilience in Critical Moments Hazardous material shipments move through some of the least connected When something goes wrong, a derailment, spill, or extreme weather environments in the world: deserts, mountains, dense forests, open seas, and event, terrestrial networks are ofte
Slide 9: Control and Security; Scalability and Efficiency
Control and Security Scalability and Efficiency Transporting dangerous goods involves sensitive information: cargo Once deployed, satellite IoT can scale from a small pilot to a full global fleet contents, routes, schedules, and security protocols. This data must stay with no dependency on terrestri
Slide 10: How Advanced Solutions Leverage IoT for Safer Hazmat Transport
How Advanced 1 Hardware: Intelligent, purpose-built devices • Rugged, intrinsically safe sensors measure pressure, temperature, shock, tilt, and door status Solutions Leverage • Compact satellite- or hybrid-enabled transmitters work without dependence on local power or cellular coverage IoT for Safe
Slide 11: Case Studies from the Field
Case Studies from the Field Advanced monitoring of hazardous materials isn’t a theory anymore; it’s working in the field today. Across Europe and the Americas, major petrochemical producers and logistics providers are using IoT-enabled, satellite-connected systems to keep constant watch over rail ta
Slide 12: Keeping Hazardous Cargo Visible: Globalstar and Ovinto
Keeping Hazardous Cargo Visible: Globalstar and Ovinto Globalstar has worked closely with Ovinto, a leading European IoT and software provider specializing in rail and tank container monitoring. Together, they have deployed advanced monitoring solutions for some of the world’s largest chemical manuf
Slide 13: INEOS Oxide: Satellite IoT for Hazardous Gas Transport
INEOS Oxide: Satellite IoT for Hazardous Gas Transport One of the most notable examples comes from INEOS Oxide, a division of INEOS responsible for the production and transport of ethylene oxide, a highly flammable and reactive chemical used in many industrial processes. INEOS equipped hundreds of i
Slide 14: Enabling Safe, Clean Energy and Chemical Transport
Enabling Safe, Clean Energy and Chemical Transport As industries transition toward lower-carbon energy sources, new risks and transport These outcomes demonstrate how satellite IoT has evolved from requirements are emerging. Globalstar’s collaboration with Ovinto now supports the a niche technology
Slide 15: Key Takeaways from Globalstar Deployments
Real-world validation of satellite IoT in hazardous transport Key Always-on visibility Operational efficiency Takeaways Continuous monitoring across cross-border Remote configuration, reduced manual rail and road networks, even in rural or inspection, and automated reporting lower from Globalstar in
Slide 16: Safety, Visibility, and Compliance with Always-On Connectivity
Safety, Visibility, and Compliance with Always-On Connectivity Hazardous materials transport will always carry inherent risk—but technology now makes that risk manageable, measurable, and often preventable. The combination of IoT-enabled sensing, intelligent software, and resilient satellite connect