Sample
Carbonates, CO2, methane or gases prepared for specific routes of isotope analysis.
Protium MS systems for preparation, purification and introduction of samples in high precision isotope analysis: carbonates, atmospheric CO2, methane and gases for IRMS or laser platforms.
In Clumped isotopes, the preparation stage defines much of the analytical reliability. Protium MS proposal and standardize critical steps such as purification, cryotraps, flow control, inlet and communication with the instrument.
Carbonates, CO2, methane or gases prepared for specific routes of isotope analysis.
Cryotraps, GC and flow control to remove interferers before measurement.
Micro-volume, bellows, LIDI or dual inlet according to laboratory configuration.
IRMS compatibility and laser systems for high precision results.
Choose the configuration according to the matrix, gas of interest and analytical platform installed in the laboratory.
Automated system for preparing carbonate and gas samples for isotope analysis grouped by IRMS or laser.
Automated methane preparation and purification for high resolution isotope analysis.
Collection and purification of CO2 from atmospheric samples for dual inlet analysis of carbon and oxygen.
Automated inlet for laser systems, with sample bellows and reference for pressure control.
The Protium MS line fits especially in laboratories that need to increase reproducibility, throughput and traceability in sample preparation.
Clumped isotopes in carbonates for temperature reconstruction, diagenetic processes, mineral formation and high precision geochemical studies.
Automated preparation of calcite, dolomite and carbonate materials to reduce operational variability in research routines.
Purification of CH4 for studies of origin, maturation, microbial processes, natural systems and energy-associated samples.
Collection and preparation of CO2 for high isotopic precision in carbon and oxygen, with relevance for climate and greenhouse gases.
Automation of manual steps, communication with instrument software and integration to the flow of installed equipment.
Controlled introduction of gases for isotopic laser platforms, including applications with methane and carbon dioxide.
The gain is not only to “automate by automating”, but to control the sensitive points of preparation that directly impact the reliability of the isotopic data.
Repeative stages of preparation begin to follow a controlled method, reducing operator dependence.
Helium and back-flush flows can be programmed to optimize cleaning and transfer.
Cryotraps and controlled thermal zones help stabilize purification and sample focus.
Real-time monitoring and data export support diagnosis, QC and maintenance.
The ICC software allows control and reading of valves, temperatures, vacuum pressure and custom objects. Methods can be created and adjusted by graphical interface, with communication with ISODAT and Qtegra.
Create preparation routines with objects like valves Valco, extra traps, temperature zones, sensors and meters.
Follow critical parameters and register data for quality control and diagnosis.
Communication with ISODAT scripting and workflows Qtegra to align preparation and measurement.