Wireless Monitoring

Battery- or solar-powered fixed and area gas detectors that transmit combustible (LEL), toxic (H2S, CO), and oxygen readings over radio or cellular links to a controller. Used at wellsites, tank batteries, and compressor stations where wired detection runs are impractical.

Wireless vibration and temperature sensors mounted on pumps, motors, compressors, and gearboxes to track bearing health and machinery faults. Many are ATEX/IECEx rated for installation in classified rotating-equipment areas.

Cableless systems that move data between the surface and downhole gauges using acoustic, electromagnetic (EM), or inductive coupling through the tubing, casing, or formation. Applied to permanent reservoir monitoring, plunger lift, and intelligent-completion sensing where running an electric line is undesirable.

Edge controllers and modems that backhaul SCADA, flow, and tank-level data over 4G LTE or other cellular networks from unmanned remote sites. Provides two-way connectivity for polling, alarms, and configuration without local fiber or microwave.

Self-organizing mesh networks of process transmitters built on WirelessHART (IEC 62591) or ISA-100.11a standards. They carry pressure, level, temperature, and flow measurements to a gateway with store-and-forward reliability across a plant or facility.

Aggregation devices that collect traffic from multiple wireless sensors and bridge it to a wired SCADA, Modbus, or OPC host. They manage radio scheduling, security, and protocol translation between the field network and the control system.

Self-contained skids combining solar panels, batteries, sensors, and a radio or cellular link for off-grid wellsites and pipeline points. Designed for long autonomy in locations without utility power.

Multi-point temperature and thermal-profiling sensors that transmit readings wirelessly for vessels, heaters, and process equipment. Used to map temperature distribution and detect hot spots without dedicated instrument wiring.