Dexon Technology’s R&D team designs, builds, and refines the full in-line inspection toolset—from sensor to software—delivering custom-engineered solutions for the world’s most complex pipeline challenges. 👇 Read on below to see how Dexon pushes inspection innovation forward. Dexon’s R&D Capabilities Deliver: ✔️ Full in-house design & fabrication of ILI hardware, firmware, and software ✔️ Custom-crafted transducers, sensors, and electronics ✔️ Proprietary Dexon Inspection Suite™ software for analysis & visualization ✔️ Dedicated support for adapting tools to non-standard pipelines & defects ✔️ Rapid prototyping and iterative development based on field needs Staff Expertise Includes: ✔️ Software development ✔️ Mechanical & mechatronics engineers (PhD) ✔️ Electrical & chemical engineers ✔️ Material scientists & physicists (PhD) What Sets Dexon’s R&D Apart: ✔️ Elite Expertise: A multidisciplinary team with advanced degrees and global certifications (API, ASNT, BV, DNV, ABS). ✔️ Innovation Based on Real Needs: R&D works alongside inspection crews to solve problems encountered in the field & supported by a large test-yard facility. ✔️ Custom-Crafted Everything: All tool components—from transducers to circuit boards—are designed and built by Dexon engineers. ✔️ Bold, Iterative Development: Constant testing, prototyping, and refinement lead to award-winning tools that tackle jobs others won’t touch. Dexon brings: ✔️ Over 30 years of tool-building and inspection innovation ✔️ Award-winning inspection technology in UT ✔️ Experience co-developing technologies with the world's largest energy companies ✔️ Fully owned test yard and mock-up facilities for validation

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.

We provide professional technical insulation services for industrial and construction sectors. Our experienced teams ensure precise installation using prefabricated materials and proven methods that guarantee energy efficiency, safety, and durability. We work according to internationally recognized standards - CINI, SFS, SSG, PSK, and DIN - ensuring reliable quality and long-term performance in every project.

The Intellitrol®2 is designed to serve as a secondary overfill protection system for loading operations. It is intended for use in hazardous locations and is packaged in an explosion-proof (flameproof) enclosure and has International approvals and certifications. The Intellitrol®2 performs a variety of monitoring functions and provides a number of outputs to control valves, pumps and other systems including Terminal Automation Systems (TAS). It has an integrated display to indicate system and monitoring status, a bypass capability, and communications for integration with TAS and other systems. The Intellitrol®2 contains a pair of microprocessors, each with its own relay, that monitors critical functions. Only when both processors detect a safe condition will both relays close and make outputs permissive. The Intellitrol®2 is designed to be Faylsafe® and in the event of a failure (power, sensors, or internal electronics) the unit will enter a non-permissive (safe) state. This state of the art Dynamic Self-Testing® system controller provides overfill prevention, vehicle earth verification and vehicle identification operating in a single enclosure. The Intellitrol®2 also provides the user with comprehensive diagnostic information, both locally on the exterior of the control unit housing and remotely to the terminal automation system via RS-485 communications.

StorageTech designs and manufactures full contact and pontoon type internal floating roofs.

Square Robot is a world leader in robotic tank inspections. The company provides internal robotic shell inspections that replace the need for external Ultrasonic Thickness (UT) inspections requiring scaffolding and ropes.

The easiest maintenance, rapid onsite service Quick, optimum access to the pumping elements Self-priming and resistant to dry running Easy and flexible to integrate

A key design feature of ITT Bornemann Twin Screw Pump Type HC is their unique screw geometry. These deep-chamber screws allow for an optimum diameter/length ratio, ensuring deflection-free performance and maximum output capacity. ITT Bornemann Twin-Screw Pumps are the ideal solution for transfer within terminals where both low and high viscosity products have to be moved or metered. They can handle virtually any non-homogeneous fluid, regardless of viscosity, lubricity or abrasiveness e.g. seawater, bitumen, molasses, lime, acid, caustic solution or hydrocarbon. Due to Bornemann's unique design of separately manufactured shafts and screws, many different material combinations are available

The family of chemical process pumps includes both ANSI and ISO models. Goulds Pumps specializes in high alloys for our chemical pumps ranging from 316SS to Zirconium and other special alloys as requested. Unique non-metallic pumps offer distinct advantages when handling severe corrosives. Magnetic drive pumps are designed for services where leakage cannot be tolerated. Our complete understanding of chemical processing and related industries gives us a clear advantage in finding solutions to these particular pumping problems.

We offer a full range of API 610 pumps to meet your demanding applications: BB1 axially-split, between-bearing pumps, BB2 between bearing radially split pumps, BB3 multistage axially split pumps, BB5 barrel multistage radially split pumps and overhung OH2/OH3 process pumps. Vertical turbine pumps are available in any configuration including can pumps for low NPSH, fire pumps and submersibles. Design and manufacturing capabilities include standard commercial grades, ASME Section VIII and API-610 for total line capability.

Proven K-MASS PERFORMANCE EASY • Currently stocked in the US, UK and Canada • Available for many actuators • Ships in less than two weeks if not off the shelf • No need to ship the actuator to us for coating • You choose when and where to install • Quick install, about 30 minutes with one person • Includes parts for multiple wiring configurations • No special tools required • All hardware including spares are included FUNCTIONALITY • K-MASS FI provides same protection as directly bonded K-MASS DB • Install in the factory or in the field • Does not affect functionality or useability • All controls accessible on exterior of fireproofing • Intumescent glass provides visibility and IR device functionality • No doors or hatches to be left off or open • Complete kits or individual parts available from stock • Minimal space required for installation • Easy to retrofit existing, in-service actuators • Reusable PERFORMANCE • Utilizes our proven, often specified K-MASS intumescent epoxy • Uniquely formulated and specifically designed intumescent for CPCE fire protection • Provides superior insulation characteristics in high heat flux, rapid temperature rise hydrocarbon fires • Complies with API-2218 and ANSI/UL 1709 fire test curve for a minimum of 30 minutes at 1,093°C (2,000°F) with full functional tests • Does not interfere with ATEX certification

KISS is a valve sizing program that assists you quickly and accurately to calculate your tank requirements so that you can choose the KITO valve suitable for your application. KISS is an online program that requires no admin permissions. You can find a direct link to KISS on our website.

For installation into pipes to the protection of vessels and components against stable detonation of flammable liquids and gases. Tested and approved as detonation flame arrester type 4. Approved for all substances of explosion groups IIA1 to IIA with a maximum experi-mental safe gap (MESG) > 0.9 mm. Bi-directionally working in pipes, whereby an operating pressure of 1.1 bar abs. and an operating temperature of 100 °C must not be exceeded. The installation of the detonation flame arrester into horizontal and vertical pipes is permissible. If equipped with a temperature sensor (PT 100) a protection against stabilized burning is given from one resp. both sides. The devices are tested and approved with different burning times depending on their sizes (NG 100: TBT= 30 min, NG 500: TBT= 1 min).

Emergency venting device for installation on storage tanks with a VRV to protect against hazardous excess pressure but minimize the loss of gas/vapours. Also suitable as replacement of a manhole. This device does not protect against the hazard of explosion or stabilized burning.