Enabling the Fully Integrated Oil FieldKinetic Mesh Network for Oil & Gas
With the ever-changing volatility in oil prices, oil & gas operators are realizing the need to become more nimble and more innovative in the ways in which they prepare for inevitable market shifts. As such, their focus has turned to find the best opportunities to optimize production efficiency while minimizing expenses. Rajant Kinetic Mesh® ensures the best communication solutions for your oil and gas operations.
A key component to achieving these operational gains is the ability to access real-time data and analytics as part of a fully integrated view of the oil field, understanding all aspects of the assets and personnel operating within it. Rajant Kinetic Mesh® networks enable communications for oil & gas customers to gather real-time field intelligence and achieve new levels of operational integration for which they strive to maximize performance in any market conditions.
Proud to be a
Watch the video to see Bob Schena, CEO and Co-Founder of Rajant, discuss how Kinetic Mesh® networks enable oil & gas operators to remotely access the real-time performance data of hundreds of wellheads across an expansive oilfield.
Continually Optimize Any Asset Across Your Remote Operations.
Imagine if you could connect immediately to any wellhead across your oilfield, and instantly access flowmeter data, pressure sensors, and other downhole pump efficiency data—instead of physically sending a technician out each time the asset needs to be evaluated. Rajant BreadCrumbs® allow you to do just that, with unmatched efficiency. Simply place the wireless nodes on your wellhead sites and seamlessly connect the command center to their remote monitoring applications. These highly ruggedized nodes form a highly reliable Kinetic Mesh® network that delivers the data oil & gas operators need to make real-time adjustments for continuous optimization of equipment performance. This drives gains in efficiency that create a significant impact on bottom-line profitability.
Gain the Agility to Outperform in Every Market Condition.
Take full control of production performance and put your operations in a better position to succeed in both market highs and lows. Rajant Kinetic Mesh® provides the strategic advantage of real-time operational integration, with mobile-enabled capabilities that ensure every aspect of your oil and gas activities, no matter where they occur, can be monitored, managed, and continually optimized for maximum output.
Proven in the Field to Deliver Measurable ROI.
Many of the world’s largest oil & gas producers rely on Rajant Oil and Gas Mesh® technology to securely and reliably deliver the business-critical field intelligence they need to closely manage and optimize manned, unmanned, and remote operations. The range of applications supported by Kinetic Mesh® is virtually unlimited – from remote monitoring of platform and equipment conditions, voice and data communications, and video security.
Watch the video below to learn how Rajant connects oil & gas operators to the value of real-time field intelligence, predictive analytics, mobile freedom, and more.
Rajant Eliminates Wires On A Fracking Pad Amidst Congestion And High-Power Equipment
See why the world’s best companies use Rajant to solve their complex wireless communication needs.
“Delivering high-capacity, mobile and fixed communications, that integrates with COTS Wi-Fi enabled hardware, Rajant delivers a fully integrated digital gas field and Industry 4.0 communications solution.”
SEE WHY THE WORLD’S BEST COMPANIES USE RAJANT TO SOLVE THEIR COMPLEX WIRELESS COMMUNICATION NEEDS.
“In our cutting edge robotics work, we required a robust and resilient network capable of maintaining seamless connectivity, even in the most demanding environments. After an extensive evaluation, we identified Rajant’s Kinetic Mesh network as the ideal solution. Its unparalleled "never-break" connectivity empowers A2Tech robots to operate with exceptional reliability, ensuring optimal performance in even the most challenging conditions.”