Remote Monitoring for Fixed Oil and Gas Sites

Fixed Oil and Gas Site Connectivity

Jesse HallDigi International, MCA News, Mobile Mark, Poynting, Verizon

Digi Routers for Remote Site Connectivity

OIL AND GAS COMPANIES MONITOR EDGE IOT DEVICES

Energy exploration operations require organizations set-up fixed sites across diverse geographies. For oil and gas businesses, it requires they extract resources from geological formations wherever they are discovered on a global scale. When it comes to monitoring these sites (often in remote areas), these organizations depend upon connectivity provided by reliable cloud-managed cellular hardware to stay in contact with field teams and ensure safe operations.

Remote Fixed Oil and Gas Site Communications

Business Overview


MONITORING REMOTE OIL AND GAS SITES ACROSS DIVERSE GEOGRAPHIES


A division of one of America’s largest oil and gas production companies has contributed to vast increases to their larger organization’s resource portfolio over the last decade. Their parent organization now owns and operates hundreds of active oil and natural gas sites nationwide. Their organization has a mission-critical requirement to monitor remote sites and gather device data and readings through their SCADA process control system, while maintaining the highest levels of network and data security. With so many remote locales, this can be a challenging proposition.

Challenges Faced


EFFICIENT MAINTENANCE & EFFECTIVE SECURITY


For remote sites that required connectivity to provide on-site teams with wireless access and remotely monitor cameras, sensors, and SCADA systems, they used public SIMs and APNs, and then created VPN tunnels to secure their data. But when problems arose that involved issues such as network performance, they were switching to static, public-facing IP addresses to remotely access, diagnose and correct the situation – creating potential security vulnerabilities. The alternative involved deploying someone to log in and perform troubleshooting on-site. Ideally, every one of their personnel would be intimately familiar with the hardware in question. In practice, these situations often resulted in lengthy calls between field team members and IT staff at headquarters.

Needs Identified


DURABLE SOLUTIONS FOR REMOTE ACCESS


Standardizing the connectivity devices used at remote sites was priority one. The devices they used needed to provide centralized cloud-accessible manageability to enable remote registration, configuration, and updates. They also needed to be tough enough to operate under harsh conditions, and achieve and sustain connectivity in remote and rural locations. Lastly, they needed their equipment to be readily deployable for use in the field without the need of experienced IT professionals to oversee installation at every site.
Digi TX54 for Fixed Well Site Monitoring

Solution Provided


TOUGH-BUILT LTE ROUTERS AND ANTENNAS


After reaching out to USAT, they were able to obtain Digi TX54 cellular routers that were preconfigured and pre-activated on their preferred network carrier, Verizon. In conjunction with Digi Remote Manager, they were able to easily and continuously monitor, diagnose, update, and manage each router at anytime from anywhere — without costly on-site visits to every remote compressor station, satellite office, temporary facility, and well site. With USAT provided Poynting LPDA antennas they were able to connect sites that were over a dozen miles from the nearest cell towers. And with Mobile Mark SMWG-410 antennas they could broadcast encrypted Wi-Fi to workers on-site and maximize GPS accuracy.
Fixed Oil and Gas Communications Devices

Tough-Built Digi TX54 Cellular Routers


The versatility and performance of Digi TX54 routers make them ideal for mission critical applications requiring continuous connectivity, field longevity and edge computing. Digi TX54 provides secure routing and gateway functionality across wired and wireless communication networks. Local private subnets are bridged across public networks to safeguard privacy and integrity.
Digi TX54 for Fixed Oil and Gas Connectivity

Poynting Log Periodic Antennas


The LPDA-92 high-gain, wideband, directional antenna covers all international cellular, mobile, and wireless data bands including GSM 900/ GSM1800/UMTS/LTE bands. It also covers the extended cellular and WiMAX bands such as European/USA “Digital Dividend bands” and 2.3- 2.7 GHz licensed and unlicensed data bands. Its configuration is suitable for various wireless communications systems. This antenna is unique in its combination of ultra-wideband operator with consistent high-gain performance.
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Mobile Mark SMWG-410 Antennas


The SMWG-410 Series Antennas features 4 elements in one antenna radome. The unique feature of this model is that it offers two identical high gain elements covering 2.4 GHz & 4.9-6.0 GHz. Of the remaining two elements in the SMWG-410, one is used for GPS at 1575 MHz and the other covers 2.1-2.5 GHz & 4.4-6.0 GHz (making it capable of functioning as a Bluetooth antenna). All three WiFi elements offer an impressive 5 dBi gain.

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Alternate Antenna Solutions


MULTIPLE FIXED SITE MONITORING DEVICE OPTIONS


While the device pairing illustrated above is ideal for the TX54 device, it may not suit all your organizations applications. You may not have need for Bluetooth or GPS, or you may want a cellular antenna with a greater frequency range for future 5G applications. Other times, organizations prefer to limit the number of manufacturer devices used to create greater uniformity in their communications devices (i.e. solely Poynting or solely Mobile Mark antenna kits). No matter your organizations' requirements, we can pair you with the devices you need to suit you exacting applications.

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Mobile Mark Y42700WB-2X Dual Yagi Antenna


This unique mounting bracket mounts two Y42700WB log periodic antennas, creating a 2x MIMO installation with the model number Y42700WB-2X (Wide Band 2x MIMO).  Because of its rugged constructions, this antenna is ideal for Industrial networks operating on CBRS Private LTE. Each antenna is independently fed by a separate cable but mounts together. The two cable feeds have the ability to attach to a MIMO modem. In addition, this provides coverage on any applications within the 600 to 6000 MHz bandwidth.

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Poynting PUCK Series IoT Antennas


Poynting’s PUCK-12 offers a small profile antenna which can be used in the IoT/M2M, Smart Meter, Smart Utilities, Transportation, Marine and the Agricultural/Farming markets. The PUCK-12 consists of a 2-in-1 antenna system within a single housing, featuring 2×2 MIMO Wi-Fi (Dual-band 2.4 GHz & 5 GHz). The antenna provides two separate dual-band Wi-Fi antennas offering concurrent 2.4 GHz and 5 GHz bands, capable of 802.11n and 802.11ac/ax with 2×2 MIMO. The PUCK exceeds the performance of many competitors due to the attention to design of this high-performance antenna. Similarly, the PUCK-4 can can provide 2x2 Mimo WiFi at 2.4 Ghz and GPS.

Our Team


Device Provisioning, Activation and Installation Services


For over 25 years USAT has provided expert IoT connectivity solutions to utilities in the oil and gas sector. Our organization provides top-tier support for every aspect of your mission-critical fixed and mobile connectivity projects. The solutions engineers we employ configure, provision, kit and ship your devices hot and ready for immediate use. And when you utilize our installation services, our technicians ensure your devices are functioning securely, reliably, and at peak performance on ultra-fast network carriers like Verizon.


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