Alicat News and Updates
Featured article
No Results Found
The page you requested could not be found. Try refining your search, or use the navigation above to locate the post.
Press releases & announcements
Fusion Flow Technologies Gas Mixing Products Come to Alicat Scientific
On March 1st, 2025, Alicat® Scientific announced that the Fusion Flow Technologies products, MXM and IXM, would become Alicat’s new gas mixing product lines, FusionFlow™ MXM and FusionFlow™ IMX. Outgoing Fusion Flow Technologies Managing Director, Joe Ancona stated,...
Alicat Increases Mass Flow Range to 12,000 SLPM
Alicat® Scientific of Tucson, Arizona, pioneer of laminar differential pressure technology for mass flow, expands its capabilities in mass flow by engineering new components that facilitate accurate, repeatable measurement and fast control of gas flows up to 12,000...
IS-Max and IS-Pro Certified in North America for CID1
Alicat® Scientific of Tucson, Arizona, a mass flow and pressure control instrumentation manufacturer, has obtained Canadian and United States safety certifications for IS‑Max™ mass flow meters and controllers and IS‑Pro™ pressure gauges and controllers. IS-Max™ and...
Recent articles
Safe PEM Electrolysis in Hazardous Zones
In water cracking operations using proton exchange membrane (PEM) electrolyzers, the close proximity of hydrogen and oxygen...
Precision Acetylene Sampling in Hazardous Petrochemical Environments
In ethylene steam cracking systems, managing trace contaminants has ramifications on plant safety, product quality, and...
Acetylene Analysis in an Oil and Gas Process Lab
In steam cracking operations, hydrocarbon feedstocks are thermally broken down to produce light olefins, with ethylene as the...
SCVF and SCP Metering in Hazardous Environments
Orphaned and abandoned wells pose a risk for natural gas leaks, which may contaminate aquifers with methane and other...
Pressure Vessel Regulation in a CID1 Zone
Pressure vessels are central to the oil and gas industry. Whether storing hydrocarbons, facilitating chemical reactions, or...
Liquid Hydrogen Fuel Systems for Marine Innovation
Figure 1: Mira at the official reveal. Hydro Motion Team’s 2025 liquid hydrogen-powered boat. The transition to sustainable...
Photoelectrocatalytic Water Splitting Research
The products of photosynthetic processes such as photocatalysis and CO2 reduction are motivating technological developments in...
Solar Hydrogen Electrolysis Systems
There are two primary ways to generate solar hydrogen: hydrogen produced from solar energy. The first is via a photochemical...
Producing Lab-Grown Diamonds with Chemical Vapor Deposition
Diamonds are a highly demanded gem commonly used in both jewelry and a variety of industrial applications. For many years, large...
Low Methane Flare Gases
University of Minnesota (UMN) is working with Department of Energy’s Advanced Project Research Agency for Energy (APRA-E) aiming...
Carbon Cycle Sulfide Tracer Model
The University of Arizona’s Meredith lab is working to form climate models at parts‑per‑trillion (ppt) dilution levels to better...
Fragrance Dosing with Mass Flow Instrumentation
Mass flow technologies are used to measure and control flow in a remarkable variety of low‑flow liquid industrial applications —...