Industrial utility automation controls and optimises systems such as process water, compressed air, HVAC, and clean utilities in production environments. Aligned with GAMP 5 principles, it uses field instrumentation and analysers, PLC/DCS, SCADA, and predictive models to maintain stable operating conditions, protect equipment, reduce energy and media losses, and support consistent product quality. The end-to-end automation solution covers design and engineering, installation, and maintenance, resulting in transparent monitoring, real-time data visibility, early-fault detection, and integration with plant-wide control systems.

Turbidity analysis uses a high-resolution CCD/CMOS image sensor that detects turbidity changes in fluids by measuring the transmittance of light. Using advanced software algorithms, the system automatically removes gas bubbles from the analysis resulting in highly accurate and repeatable data outputs. This system is designed for inline use with varying pressures, temperatures, and pipe diameters.

The InfraCal 2 infrared analyser is designed for quick, easy and accurate determination of oil and grease or petroleum hydrocarbons in water and soil. The two models, InfraCal ATR and InfraCal Trans, are rugged and portable with no moving parts and with the portable design and touch screen display, are perfect for on-site testing, providing results in under 15 minutes. Key applications of InfraCal 2 InfraCal 2 ATR-SP correlates to EPA Method 1664 Method compares to EPA 1164 & ISO 9377-2 InfraCal 2 Trans-SP method complies with: ASTM D7066, EPA 413.2, EPA 418.1; method compares with EPA 1664, ISO 9377-2 Versatility in Testing: Suitable for offshore oil in water measurements and industrial wastewater effulents . High Sensitivity: Minimum detection limit of .0.1 ppm in water and 1 ppm in soil. Rapid Analysis: Delivers results in 10-15 minutes, streamlining the testing process. User-Friendly Design: Features a touch screen display for ease of use and portability.

GF Industry and Infrastructure Flow Solutions combined the time-tested and reliable IR fusion method and advanced it with the latest cutting-edge technology for higher precision, enhanced efficiency, and unwavering reliability of your installations.

Our excellent sourcing capabilities are combined with providing a competitive supply of ingredients from key manufacturers. These services are provided by a dedicated and experienced team with in-depth technical and market knowledge, who deliver a customer-focused approach to business.

A wide range of ingredients from our BRCGS accredited Food and Beverage division, including sweeteners, preservatives and acidulants.

The L-Dens inline density meters are more than just state-of-the-art measuring instruments – they’re the result of over 40 years of practical experience in process density measurement. The L-Dens 7000 series combines high accuracy and a compact design, making it the first choice for precise density and concentration measurements. Thanks to the modular system and the wide range of integration options, these instruments can be easily integrated into measurement systems or production equipment. The L-Dens 3300 inline density meters are budget-friendly entry-level models. The instruments are designed as a stand-alone unit, so there are no additional costs.

We bring you what you have long been waiting for: an inline refractometer for continuous brix concentration monitoring in metalworking machines (e.g. cooling lubricants, aqueous polymer quenching fluids), industrial processes, and fruit and vegetable processing, L-Rix 2100 and L-Rix 3100 provide a unique combination of best-in-class quality, price, accuracy, and compactness. The L-Rix 2100/3100 Series increases the lifetime of tools and machines, optimises the quality of manufactured pieces, reduces downtime, minimises maintenance costs, ensures reliable performance for years, and helps you master challenging industrial conditions.

Durable, maintenance-free inline refractometer for real-time concentration measurements and production control of raw, intermediate, and final products. Industry-leading optics and maintenance-free operation with full CIP/SIP capability. The inline refractometer L-Rix 4100/5100/5200 uses industry-leading optics which dramatically extends the instrument’s service life, increases reliability and safety, and reduces costs. Once adjusted at the factory, L-Rix 4100/5100/5200 operates with the stored adjustment values for its entire lifetime. Benefit from “install and forget” simplicity and years of continuous operation.

Consisting of two types of sensors, our L-Sonic series builds on more than 30 years of experience developing sound velocity measurement technology. L-Sonic 5100 is a fork-type sound velocity meter, while L-Sonic 6100, a tube type meter, is tailor-made for high-precision OCR measurements. Our sensors are made of wetted part materials, such as SST, Hastelloy, or Monel. From the chemistry, petroleum, and mining industries to the HVAC and beer ones, these easy-to-use sensors are used in industries all over the world.

By 2050 our industry will have embraced a circular economy and be using different feedstocks, technologies and energy sources to produce chemicals. The Innovate UK Business Connect Chemistry team can help you navigate these changes and identify innovation that will ensure your business, research or service remains sustainable.

Transvac’s range of Instantaneous Jet Heaters provide a simple, low cost, silent and reliable method of heating a liquid inline using Steam Ejector technology. Our experience in designing and manufacturing Jet Heaters spans over 45 years, making us a world leader in steam heating. By bringing the steam into direct contact with the cold liquid, both the sensible and latent heat of the steam is fully dissipated within the liquid, making the Transvac Instantaneous Jet Heaters very efficient. Transvac Heaters are also designed to perform this operation silently to prevent undue noise and wear normally associated with steam ‘collapse’.

Chromatography Direct supplies a dependable range of Instrument Spares to help laboratories maintain uptime, protect data quality, and keep analytical instruments performing at their best. For ChemUK 2026, we are showcasing essential consumable spares and maintenance items that support routine servicing, troubleshooting, and reliable long-term operation across chromatography and mass spectrometry workflows. Our range includes detector lamps, helping ensure stable performance, consistent response, and dependable sensitivity in systems where lamp output is critical. We also supply syringes to support accurate sample introduction and reliable operation in autosamplers and related systems, helping reduce variability and prevent avoidable failures caused by worn components. For mass spectrometry and detector-related maintenance, we provide key components such as filaments and electron multipliers, supporting reliable ionisation and detection performance. Replacing these parts at the right time can help maintain instrument sensitivity, reduce noise, and improve confidence in trace-level quantitation, particularly in demanding applications and high-throughput environments. To make planned maintenance simpler and more consistent, we also offer service kits that bring together commonly required replacement parts for routine servicing. These kits can help laboratories standardise maintenance schedules, reduce unexpected downtime, and ensure critical spares are available when needed. Whether you are supporting routine QC, research, environmental testing, or regulated workflows, Chromatography Direct can help you identify the right spares for your instrument and maintenance plan. Visit our ChemUK 2026 profile to explore the range and speak to our team about improving reliability, reducing downtime, and keeping your lab running smoothly.

The cornerstone of PCE's business is built around instrumentation, we stock and supply a range of compression fittings, seamless tubing, manifolds, gauges, filter regulators, solenoid valves, needle valves, screwed fittings, air distribution headers, and enclosures.