Catalysts

PRODUCTS

  • GettyImages-1496098113_patient phone
    eCOA And ePRO Solutions For Clinical Trials

    Planning to launch a patient-centric decentralized clinical trial? Give your clinical trial patients an app that makes it easy to participate—from anywhere at any time.

  • PRI
    PRI-SC® Technology

    Sulfide odor control within sanitary sewers has been practiced for over 50 years, yet only recently have substantive advances been made. Where once the choice of chemical treatment was either chlorine or iron salts, safer and more environmentally benign technologies based on nitrates, hydrogen peroxide, and/or magnesium hydroxide have gained acceptance. These new alternatives, however, can increase treatment costs substantially and present limitations in themselves. Therefore, it makes sense to explore new avenues for lessening the adverse impacts of the older, cheaper mainstays, particularly iron salts (ferrous/ferric chloride or sulfate) that provide other benefits to wastewater treatment operations.

  • Aseptic-Pharmaceutical-Isolators-from-Franz-Ziel
    Aseptic Pharmaceutical Isolators From Franz Ziel

    Isolators with product protection as a housing for aseptic processes, e.g., filling, loading and unloading of freeze dryers.

  • Culture bioreactor
    Leverage Bioreactor Capacity When You Need It With Culture Bioreactors

    Gain access to Culture bioreactors when you need rapid overflow experimental capacity.

    Benefits

    Progress studies faster

    Run overflow projects and conduct parallel experiments with Culture to reduce time and alleviate bottlenecks.

    Stay agile in your capacity planning

    Scale your workload at Culture according to your current needs. Respond rapidly to surging demands.

    Eliminate your capital equipment spend

    Leverage Culture’s facility quickly to avoid building out lab space, spending capital on equipment, and hiring specialized staff.

  • TITANITE
    TITANITE High Magnification Lens

    Introducing the TITANITE lens series, a groundbreaking innovation in light sheet microscopy designed for high magnification and an expansive field of view.

WHITE PAPERS AND CASE STUDIES

NEWS

ABOUT

 

Catalysts

Catalysts work by changing the structure of a molecule or by bonding to reactant molecules causing them to combine, react, and release a product or energy.  For example, a catalyst is required in order for oxygen and hydrogen to bond, combine and produce water.

Catalysts increase the rate of chemical reactions. Unlike a reagent that gets consumed as apart of the chemical reaction, catalysts do not get consumed in the reaction. They can actually participate in multiple chemical transformations.Catalysts can be organic, synthetic or metal.

All processes need energy to take place. Processes require a very high level of energy in order to spark or start if a catalyst isn’t present.  When a catalyst is present the amount of energy required to spark the reaction is lowered and that makes the reaction happen faster and more efficiently.

Catalytic effects vary depending on other substances present that are a part of the chemical reactions. There are certain substances that can inhibit the effectiveness of a catalyst like poisons, and other substances that promote or increase the effect of the catalyst.  Inhibitors or negative catalysts are very important in medicine to treat mental illnesses, high blood pressure, cancer and many other diseases.

Catalysts are often used to help crack, or split, larger organic molecules like hydrocarbons into simpler molecules. It does this by breaking carbon-carbon bonds. The speed of the splitting process depends heavily on what specific catalyst is used and the temperature.  Applications of this technology include oil and petrochemical industries.