Connect Critical Operating Data. See What Is Changing Before It Becomes a Bigger Problem.
Siteplore connects selected equipment-condition, electrical, utility, environmental and operational measurements into a common monitoring and analytics layer — helping oil, gas and petrochemical teams investigate developing abnormalities, energy behavior and asset performance with stronger historical context.
A complex plant can have thousands of signals — and still leave important questions unanswered.
Oil, gas and petrochemical facilities often already have extensive automation and instrumentation. The challenge is not always a lack of data. It is often fragmented context, monitoring gaps around non-critical assets, manual inspection dependencies and limited visibility across systems that were designed for different operational purposes.
Condition Changes Between Inspection Routes
Equipment degradation may develop between periodic vibration, temperature or mechanical inspections.
Electrical Data Without Energy Context
Metering may show electrical load while the reason behind changes remains disconnected from operation.
Non-Critical Assets Remain Under-Monitored
Full machinery monitoring systems are often reserved for the most critical assets, leaving monitoring gaps elsewhere.
Data Across Multiple Systems
DCS, electrical systems, meters, local instruments and inspection records can remain difficult to compare.
Utilities Affect Process Performance
Variations in utilities and supporting equipment can influence plant performance without one shared context.
Too Many Alarms, Too Little Prioritization
Operational teams need better evidence to understand which developing issue deserves engineering attention first.
Connect selected visibility gaps without replacing the plant systems that already perform critical functions.
Rotating Equipment
Add connected condition visibility for selected motors, pumps, fans and other rotating assets.
Electrical Distribution
Monitor selected feeders, substations, transformers, motors and electrical loads.
Utilities
Connect selected supporting-system data into historical monitoring and analytical context.
Environmental Monitoring
Centralize selected ambient, meteorological and other environmental measurements.
Remote & Distributed Assets
Build centralized visibility around assets that are geographically separated or difficult to inspect frequently.
Operational Data Integration
Connect selected existing data sources to create additional historical or analytical context.
Add a monitoring and intelligence layer around the systems already operating the plant.
Siteplore can combine compatible new sensors, existing digital instruments and selected existing system data. The objective is not to duplicate the DCS or control system, but to improve visibility and analytical context where useful.
Plant Equipment
Motors, pumps, utilities, electrical systems and field assets.
Sensors & Existing Data
New measurements or compatible existing instrumentation.
Edge & Integration
Collect selected information through an appropriate integration layer.
Siteplore
Dashboards, historical trends, alerts and analytical views.
Engineering Action
Inspection, diagnosis, maintenance and operational investigation.
Operational analytics should help engineers investigate real plant questions.
Different monitoring gaps require different tools.
MachineGuard
Add retrofit condition monitoring and early-warning visibility to selected motors, pumps and rotating equipment.
Explore MachineGuard →PowerWatch
Centralize selected electrical and energy measurements across feeders, panels and equipment.
Explore PowerWatch →RekaSense
Connect compatible field, environmental and auxiliary measurements into the Siteplore platform.
Explore RekaSense →Start with one asset or operating problem — then connect the context around it.
Process Pump Monitoring
Build historical machine-condition visibility around a pump or pump group.
+ Electrical Context where applicable
+ Siteplore Trends & Alerts
Large Motor / Feeder Monitoring
Compare selected electrical loading with equipment-condition information.
+ MachineGuard where applicable
+ Siteplore
Utility Equipment Monitoring
Combine utility parameters with electrical and equipment-condition context.
+ PowerWatch
+ MachineGuard where required
Distributed Equipment Monitoring
Improve visibility where conventional operator rounds require travel or site access.
+ RekaSense
+ Siteplore Remote Monitoring
Area Energy Investigation
Identify changes in selected electrical demand across plant areas or loads.
+ Existing Metering
+ Siteplore Analytics
Environmental Data Monitoring
Centralize compatible environmental measurements into historical monitoring views.
+ RekaSense
+ Siteplore
Do not replace a control system just to gain better analytics.
Oil, gas and petrochemical facilities already depend on mature automation and protection infrastructure. Siteplore should complement those systems by creating additional monitoring, historical and analytical context where technically appropriate.
Monitoring and analytics must remain separate from safety-critical protection functions.
Siteplore products are intended for monitoring, historical analysis and engineering decision support. Existing safety, protection and control layers remain independent unless a separately engineered and validated architecture specifically defines otherwise.
| Function | Siteplore | Dedicated Plant System |
|---|---|---|
| Historical monitoring | Yes | System-dependent |
| Remote dashboards | Yes | System-dependent |
| Trend & analytical context | Primary function | System-dependent |
| Maintenance early warning | Where configured | System-dependent |
| Process control | No | DCS / PLC / control system |
| Safety shutdown / SIS | No | Dedicated safety system |
| Fire & gas protection | No | Dedicated F&G system |
| Machinery trip protection | No | Dedicated protection system |
Better evidence supports earlier and more focused investigation.
Earlier Condition Awareness
Make selected developing equipment changes visible between inspection intervals.
Better Energy Visibility
Understand selected electrical consumption beyond total site energy figures.
Cross-System Context
Compare compatible condition, electrical and operational information.
Remote Asset Visibility
Improve access to selected field measurements without requiring every review onsite.
Maintenance Prioritization
Focus inspection resources on assets showing relevant changes.
Scalable Data Foundation
Start with a focused problem and expand after the use case is validated.
Start with one monitoring gap that has a clear operational consequence.
A successful industrial monitoring project does not begin by connecting everything. It begins by identifying the assets, measurements and decisions where additional visibility can provide meaningful value.
Identify
Define the operational or reliability problem.
Assess
Review asset criticality, instrumentation and site conditions.
Engineer
Define measurement, connectivity and integration architecture.
Validate
Confirm data quality and operational usefulness.
Scale
Expand monitoring only where value is demonstrated.
Choose the entry point that matches your current project maturity.
Site Assessment
For sites with an operational, reliability or monitoring problem that has not yet been fully engineered.
- Operational problem review
- Asset & existing-system assessment
- Measurement requirements
- Integration concept
- Recommended next step
90-Day Paid Pilot
Validate a clearly defined monitoring use case using real operating data before wider deployment.
- Focused asset scope
- Connected monitoring
- Historical trends
- Use-case evaluation
- Scale-up decision basis
Integrated Site Package
For sites requiring machine, electrical and field monitoring under one Siteplore architecture.
- MachineGuard
- PowerWatch
- RekaSense
- Siteplore dashboards
- Project-specific engineering
Oil, Gas & Petrochemical FAQ
Does Siteplore replace our DCS?
No. Siteplore is positioned as a monitoring, data-integration and analytics layer. Existing DCS and PLC systems remain responsible for their engineered process-control functions.
Can Siteplore connect selected DCS or PLC data?
Potentially yes, where suitable communication, access permissions, data architecture and cybersecurity requirements allow it. Integration should be engineered for each site.
Does MachineGuard replace machinery protection?
No. MachineGuard provides retrofit condition monitoring and early-warning information. It does not replace dedicated vibration protection, overspeed protection or machinery trip systems.
Can Siteplore be installed in hazardous areas?
Hazardous-area suitability must not be assumed. Field hardware installed in classified areas requires the appropriate certified equipment, installation method and engineering review for the applicable area classification.
Can we use existing electrical meters?
Potentially yes. Existing meters can be assessed for communication interface, protocol, available registers and the parameters required for the monitoring objective.
Can Siteplore integrate existing sensors?
Existing sensors and instruments should be evaluated before new hardware is proposed. Integration depends on signal type, protocol, data availability, installation conditions and project requirements.
Is Siteplore a safety system?
No. Siteplore should not be used as a replacement for SIS, ESD, fire and gas, protective relay, emergency shutdown or other safety-critical systems.
Can Siteplore automatically shut down a pump?
The core Siteplore architecture is for monitoring, analytics and decision support. Automatic shutdown requires an appropriately engineered control or protection system separate from the monitoring layer.
Can MachineGuard diagnose exactly what is wrong with a machine?
MachineGuard can provide condition trends, deviations and analytical information. Detailed diagnosis depends on sensor capability, available signal data, machine characteristics and competent engineering interpretation.
Does every project require new sensors?
No. Existing instrumentation and system data should be evaluated first. Additional sensors are only required where meaningful monitoring gaps remain.
Does every petrochemical project require AI?
No. Reliable measurement, historical context and useful monitoring logic come first. Advanced analytics or AI should only be introduced where sufficient data quality, quantity and a justified operational use case exist.
How should we start?
Start with one clear problem: a repeatedly failing pump, an under-monitored asset group, unexplained electrical consumption, utility-monitoring gap or remote measurement that requires better visibility. Rekacipta can then assess the existing systems and define an appropriate Siteplore architecture.
Your plant already has data. The opportunity is seeing the right context earlier.
Start with one oil, gas or petrochemical monitoring problem that deserves better visibility. Rekacipta can assess the existing assets, instrumentation, monitoring gaps and integration architecture required for a practical Siteplore deployment.