OndaVia, Inc. products

Organic amines are corrosion control agents that increase pH and scavenge corrosive contaminants. Monoethanolamine (MEA), for example, is a widely-used corrosion inhibitor that eliminates dissolved CO₂ and helps control pH in industrial boilers and nuclear power plants. Monoethanolamine analysis is an essential tool for process control, monitoring, and optimization.

OndaVia’s Quantitative Raman Spectroscopy methods enable fast, easy selenium analysis. The bench-top instrument consumes single-use, disposable analysis kits that provide a fast, easy-to-understand measurement of selenium levels in water. The method is specific to the Se⁶⁺ ion, enabling differentiation from the selenite (Se⁴⁺) and metallic selenium ionization states that colorimetric tests measure. With the addition of a simple oxidation step, you can determine total selenium content.

MEA-Triazine is an important hydrogen sulfide (H₂S) scavenger used in the treatment of sour oil and gas. Conventional testing for triazine-based scavengers involves expensive, complicated laboratory methods that can take weeks to complete. With our simple, easy-to-use system for rapid analyte detection, it is possible to perform on-site, laboratory-grade MEA-triazine hydrogen sulfide scavenger analysis in fresh and spent scavenger solutions. The reduction in testing time from weeks to minutes enables better decision making on when to replace scavenger solutions, improving scavenger system performance while reducing material and labor costs.

Dithiazine is a crucial byproduct formed when triazine– and MBO-based solutions are used to remove hydrogen sulfide from gas streams. Traditionally, testing for dithiazine has been a cumbersome process. Expensive laboratory analyses, often taking weeks to complete, hindered timely decision-making regarding scavenger replacement. This delay could negatively impact scavenger system performance and inflate material and labor costs.

Organic amines are corrosion control agents that increase pH and scavenge corrosive contaminants. Methylamine (MMA), for example, is a widely-used building block used in a variety of industries. Methylamine analysis is an essential tool for process control, monitoring, and optimization.

Organic amines are corrosion control agents that increase pH and scavenge corrosive contaminants. diethylamine (DEA), for example, is a widely-used corrosion inhibitor that eliminates dissolved CO2 and helps control pH in industrial boilers and nuclear power plants. Amines are also effective as hydrogen sulfide scavengers in oil and gas production and processing. On-site monitoring for amines can help maintain appropriate corrosion protection, extending system lifetime and avoiding costly corrosion-induced shutdowns and failures.

The polystyrene calibration standard is used for instrument calibration. The polystyrene ball / rod, positioned as a sample would in at the laser focus, provides a strong, well-known Raman spectrum against which the imaging system can be aligned to the Raman shift.

The OPAL-103 Triazine Analysis System is a compact form-factor triazine analysis instrument. The system is a portable, easy-to-use chemical analysis tool designed for the quantitative analysis of %-level, triazine-based H₂S scavenger and biocide solutions. The OPAL-103 provides the benefit of laboratory-grade capabilities without the need for expensive, complex laboratory instruments and technical expertise.

OndaVia Raman Controller Automation (ORCA™) systems are robust, reliable on-line, semi-continuous chemical analysis instruments using OndaVia’s proprietary Quantitative Raman Spectroscopy™-based methods. The ORCA-101 Electronic Control Unit is the central hub that controls and operates multiple fluidic units.

The OndaVia Raman Controller Automation (ORCA) system enables on-line, semi-continuous chemical analysis using OndaVia’s proprietary Raman-based methods. The ORCA-201 Amine Analysis Fluidic Control Unit prepares amine-containing samples for analysis in an ORCA control unit. The amine to be measured is determined by the choice of reagent pack. Reagent packs are designed for once per hour analysis for one week before replacement.