Glycol Leak Detection
Water & Environment Glycol Leak Detection Glycol-based coolants — including ethylene glycol and propylene glycol — are widely used in HVAC systems, data center cooling infrastructure, and high-voltage transformer cooling systems. Heat exchangers, chiller circuits, and cooling loops all rely on glycol as a heat transfer fluid. Many of these systems are installed outdoors —…
Read MoreSalt
Chemical Salt analyzer Testing the salinity of water is crucial for assessing water quality, as salinity indicates the amount of dissolved salts. It’s measured in parts per thousand (ppt) or percentage. Salinity levels vary by water type: freshwater usually has low salinity (<0.5ppt), while seawater has high salinity (>30ppt). Accurate salinity measurements are important for…
Read MoreFormulation and Filling
Pharmaceutical & Biotechnology Formulation and Filling Streamline your formulation and filling operations with Kemtrak’s advanced analyzers. Our solutions offer real-time continuous measurement for critical parameters, ensuring quality control and process optimization without the need for labor-intensive methods. Formulation and filling are vital steps in preparing active components for their final dosage forms. APIs, often stored…
Read MoreTrace oil-in-water
Water & Environment Trace oil-in-water analyzer At Kemtrak, we specialize in manufacturing cutting-edge online continuous process analyzers designed to detect trace hydrocarbons in water. Our oil-in-water analyzer utilize dual UV fluorescence and turbidimetric analysis, providing a reliable and continuous method for identifying oil and hydrocarbon contamination in water. Key Features: – Dual UV Fluorescence and Turbidity…
Read MoreSulfuric acid
Chemical Sulfuric acid Sulfuric acid is one of the most produced chemicals in the world by volume. It’s favorable properties make it useful in preparing a variety of products. But sulfuric acid is also a toxic chemical that requires you to have complete control over your process. The Kemtrak sulfuric analyzer offers the significant advantage…
Read MoreCentrifuge Control
Pharmaceutical & Biotechnology Centrifuge Control Centrifugation is a process which involves the use of centrifugal forces for the sedimentation of heterogeneous mixtures, it uses separation by means of accelerated gravitational force achieved by rapid rotation. This can either replace normal gravity in the sedimentation of suspension or provide the driving force in the filtration through…
Read MoreChromatographic Product Detection
Pharmaceutical & Biotechnology Chromatographic Product Detection The versatility and efficacy of chromatographic techniques have made them essential in both large scale and analytical separation. Chromatography is widely used in bioprocessing to separate protein molecules from concentrated process fluids. The center of a chromatography system is a column, filled with a media specific to the separation…
Read MoreCentrifugal separation control
Chemical Centrifugal separation control Centrifugation is a process used for liquid/liquid or liquid/solid separation. There are two main uses of centrifuges in industrial applications: fluid clarification and solids concentration. Centrifuges are used widely across many industries for a wide variety of applications. Examples of applications where centrifuges are used are milk separation, wastewater clarification, [olive]…
Read MoreSAC254 / DOC – Dissolved Organic Carbon in liquids
Water & Environment SAC254 / DOC – Dissolved Organic Carbon in liquids Dissolved organic carbon could be measured as SAC254/SAK254 at 254nm with a Kemtrak SAC254 analyzer and can be correlated to DOC, COD and TOC, simplifying the measurement of organics in potable and wastewater treatment processes. Organics with aromatic or double bonds will absorb…
Read MoreChromatographic Solvent Concentration
Pharmaceutical & Biotechnology Chromatographic Solvent Concentration Chromatography involves passing a mixture of substances dissolved in a mobile phase through a stationary phase, in order to separate the substances of interest. Control and repeatability is essential as chromatography requires accurate monitoring. The versatility and efficacy of chromatographic techniques have made them essential in both large scale and analytical separations.…
Read More