One Platform – Thousands of Possible Instrument Configurations
The Truculence Instrument Platform will feature various sensing technologies and analytical methods. It has been developed with several guiding design principles including:
- Truculence is extensively Configurable, greatly Scalable and highly Modular.
- Truculence has extraordinary capability, adaptability and usability, all of which are made possible by distributed processing and an innovative new flexible and simple programming concept called Tabletalk.
- Truculence instruments can be as simple as stand alone smart sensors (SASS), as sophisticated as compound applicated, hybridized multi-detector Gas Chromatographs or they may be configured for most any level of service in between.
Concepts and Elements Involved with Truculence
Watchtower- Tabletalk Based GUI
- Standard Continuous analysis user interface
- Simple configuration tables facilitate instrument definition
- Supports Mainyard interface circuitry hardware
- Raspberry Pi based for affordable performance
Cartwheel – Tabletalk Based GUI
- Full function GUI for sophisticated analysis
- Simple configuration tables facilitate instrument definition
- Supports the entire range of Truculence Smart HW modules
- Presentation and Configuration screens
- Report Generation
- External Communications support
Monkeypuzzle – Applications
- High performance FID and Ultra-sensitive PID
- Applications can be produced almost without limits.
- Ambient sensing of all VOCs, either as totals or specific compounds
- Dynamic applications support – the instrument operates as a continuous (total) analyzer or as a batch (GC type) instrument and can change its method on the fly based on sample conditions
- Applications for various approaches to TNMHC
- simple gas chromatograph
- hybrid THA/methane method
- recombination trap in series/bypass config
- A great many other applications
Truculence Configuration Examples
Use your imagination and let the Tabletalk tables do the talking. There is an extraordinary number of ways that Truculence can be configured to provide analytical solutions including:
Stand Alone Smart Sensor (SASS)
A simple SASS configuration incorporating the Fireworks SS OEM FID module
- Communications to external system controller via UART or I2C
- On board Calibration and direct reporting in concentration
Basic Continuous Analyzer (THA)
The simplest self-contained continuous total hydrocarbon analyzer
- Fireworks DS module
- Mechanical control of flow
- external/independent temperature control
- System UI processor with wireless interface to smart device
Automated Continuous Analyzer (THA)
Total Hydrocarbon Analyzer
- Heated sampling manifold with Fireworks DS module-
- Mainyard Support PCB with Smart modules
- Temperature Control
- Flow Control
- I/O modules
- Auto calibration and Sample sequencing
- Full User Interface
Continuous Analyzer with Selective Catalytic Conversion (TNMHC)
Dual FID for real time determination of total non-methane hydrocarbons
- Dual FID for continuous measurement of THA and Methane
- Selective catalytic oxidation of hydrocarbons for methane measurement
- Real time reporting of total non-methane value
- Compact and price competitive
- Mainyard Support PCB with Smart modules
- Temperature Control
- Flow Control
- I/O modules
- Auto calibration and Sample sequencing
- Full User Interface
Abatement Efficiency Analyzer
Quad FID for dual TNMHC measurement
- Four FID instrument for real-time TNMHC of inlet and outlet of pollution abatement system
- Real time reporting of abatement system efficiency
- Compact and ultra-price competitive
- Mainyard Support PCB with Smart modules
- Temperature Control
- Flow Control
- I/O modules
- Auto calibration and Sample sequencing
- Full User Interface
Pseudo-CG Analyzer
Selective adsorption traps and flow switching
- Partially selective analysis at very low concentrations
- Selective adsorption Traps perform sample pre-concentration and release.
- Mainyard Support PCB with Smart modules
- Flash trap controllers
- Temperature Control
- Flow Control
- I/O modules
- Auto calibration and Sample sequencing
- Full User Interface
Traditional On-Line GC with Method Switching
Common process GCs can be easily configured
- Customized Selective GC analysis at low concentration
- Single or multi-detector configurations
- Simple or sophisticated automated column switching
- Mainyard Support PCB with Smart modules
- Temperature Control
- Flow Control
- I/O modules
- Auto calibration and Sample sequencing
- Method switching allows transition form continuous analysis to GC and back
- Full User Interface
Hybrid GC
Combination Flash trap and GC oven with sophisticated flow switching
- Incorporation of GC oven and flash traps
- traps can add selectivity to improve GC separations and also pre-concentration to reduce minimum detection limits.
- Customized Selective GC analysis at low concentration
- Single or multi-detector configurations
- Simple or sophisticated automated column switching
- Mainyard Support PCB with Smart modules
- Flash trap control
- Temperature Control
- Flow Control
- I/O modules
- Auto calibration and Sample sequencing
- Full User Interface
STARDUST a Senqi Technology Instrument
Particulate and Continuous TVOC Monitoring
Stardust – APM-100
- Online Particulate Analyzer
- OPC (Laser Scattering)
- Dynamic sample heating
- Automatic flow control
- Automatic switching/cleaning of dual sample streams
- Optional modules
- Replaceable, detachable filter
- Dedicated RS485 communication interface
- Options – Wind speed/direction, 5G communication and PID
