The solenoid control valve shall operate by means of discrete electrical signals. The valve shall be equipped with two 2-way solenoid valves that will allow the valve to be opened, closed, or held in any intermediate position. The solenoids shall be configured so that the valve will open/close/hold position on loss of electric power. The OCV 115-3 has a wide range of applications - anywhere it may be required to position a valve electrically, including the following: – Process control – Supervisory flow or pressure control – Fuel terminal loading racks

The rate of flow control/check valve (pump discharge control valve) shall function to control or limit the flow rate, regardless of fluctuations in upstream or downstream pressure. If downstream pressure becomes greater than upstream pressure, the valve will close fully to prevent reverse flow. The OCV 120-6 has a wide range of applications - anywhere the flow rate must be controlled or limited and reverse flow must be prevented.

The two-stage preset valve shall open in one stage and close in two stages based on signals from the preset register. The OCV 127-9S is specifically designed for fuel loading systems and performs the following functions: – Electrical opening – full flow delivery – Pressure Reducing – valve will control downstream (delivery) pressure at a predetermined point during high flow filling process – Two-Stage shutdown

The tank safety valve shall operate by means of hydraulic pressure from the transfer pump discharge. The valve shall open on positive pressure and close on loss of pressure. It shall be equipped to relieve downstream to upstream in the event of thermal buildup. It shall be equipped with a manual opening feature and valve position indicator. The OCV 66TS Tank Safety Valve is designed to automatically isolate a fuel storage tank from its loading terminal or product transfer point. Hydraulically linked to the delivery pump, the valve is open only when the pump runs and is effectively producing pressure. The valve will automatically close when the pump is off, fails to produce pressure, or in the event of a line rupture.

Electrically or pneumatically, pilot controlled deluge/pre-action valve, actuated by the pipeline pressure. The valve is closed in its normal, set position and opens when the pneumatic pressure drops in a gas pressurized pilot line, releasing a hydraulic relay, or by an electric command. When tripped, the valve regulates to a steady, preset downstream pressure, regardless of upstream pressure or flow rate fluctuations. An emergency manual release valve is fitted as standard.

Electrically controlled deluge/pre-action valve, actuated by the pipeline pressure. The valve is closed in its normal, set position and opens when a 3w solenoid valve is energized. When tripped, the valve regulates to a steady, preset downstream pressure, regardless of upstream pressure or flow rate fluctuations. The valve must be manually reset following automatic actuation using the RCL relay’s knob. An emergency manual release valve is fitted as standard.

The high-level shut-off valve shall be installed on the inlet line to the tank and shall close when the high level is reached. The high-level shut-off valve shall include a simple, two-way, non-adjustable float pilot to be installed in the tank at the desired tank level and be connected to the main valve by two, customer-installed sense lines. The OCV 8101 is applicable anywhere it is necessary to automatically control the high level in storage tanks where the float pilot can be mounted inside the tank.

The non-surge check valve shall function to prevent pump start-up surges and reverse flow by opening slowly after pump start and closing quickly when the pump stops. Valve opening speed shall be adjustable. The OCV 94-1QC non-surge check valve is a simple on/off valve which effectively minimizes pump start up surges. It opens at an adjustable speed to allow forward flow and closes quickly and tightly to prevent reverse flow.

OCV S100 68F globe valve series is a trusted solution for fire protection systems, known for its reliability, versatility, and durability. Its simple yet efficient design allows for high-flow capacity with very low head losses, ensuring a rapid and precise response in critical fire-suppression applications. The valve performs reliably across various conditions, easily managing flow from near-zero to full capacity; making it ideal for fire protection systems. Engineered to meet stringent fire protection standards, the S100 68F series guarantees dependable operation, when every second counts.

inspection-training.be is the online hub of KTN Inspection Training Center, supporting companies and professionals with training, certification preparation and knowledge development in inspection and Non-Destructive Testing (NDT). We deliver both open courses and tailor-made in-company programs, and we guide candidates toward (re)certification and (re)examinations in line with recognised standards such as ISO 9712. Our training calendar includes courses such as NDT Introduction, UT Level 1 & Level 2, MT Level 2, WDCD, and advanced modules like TOFD and Phased Array (PA), as well as options for re-exams and recertification. In addition, we provide NDT consultancy (procedures, quality and practical implementation) to support organisations on the shop floor.

OGI cameras from Polytec / Cantronic offer a highly effective solution to meet the requirements of the new EU regulation. These specialized infrared cameras make it possible to identify and locate even the smallest methane leaks in real time. Key benefits of OGI cameras: • Precise leak detection • Real-time monitoring • Increased safety • Compliance and reporting • Cost savings There are version for different applications: • Handheld camera V340 The Cantronic V340 Optical Gas Imaging (OGI) camera offers exceptional gas leak detection capabilities. The camera can detect even the smallest leaks of over 400 different volatile organic compounds (VOCs), including methane, benzene, ethanol and gasoline. With a spectral range from 3.2 μm to 3.5 μm wavelength, the V340 ensures comprehensive coverage and accurate detection. • Stationary camera M330/M630 The cameras are equipped with a pan and tilt dual-vision arrangement and enable 24/7 real-time visualization and detection of gas leaks. They are made of corrosion-resistant stainless steel and ensure safe and stable operation even in the most demanding environments. The models are suitable for process industries and plants such as refineries, oil and gas storage facilities, natural gas storage and transportation facilities, chemical/petrochemical plants, biogas plants and power stations. • Airborne inspection system U-340 The system consists of the DJI M300RTK drone and the D340 pod-type VOCs gas leakage infrared camera. The camera is equipped with a high-sensitivity HOT MWIR detector, which ensures optimal performance. Thanks to UAV image transmission, users can observe dual-light images of VOC gas leaks in real time, enabling fast and informed decision making. The system is ideal for real-time detection of VOC gas leaks in critical industrial environments such as refineries, offshore oil and gas production platforms, natural gas storage and transportation facilities, chemical industries, biogas plants and power plants.

* Oil on water sheen detector, starting from 0.3 mm of oil thickness and up to 25 mm * Oil thickness buildup trend measurement * Water level variation: 30 cm to 45 m

* Oil on water sheen detector, starting from 0.3 mm of oil thickness up to 20 mm * Oil thickness buildup trend measurement * Water level variation: 0.07 m to 2.5 m and more * Can also be used in normally dry sumps

Dexon Technology provides in-line inspection services covering the full spectrum of pipeline defects, inclduing cracking (axial & circumferential), metal loss, geometric deformations, and XYZ mapping. 👇Read on below to see Dexon's inspection capabilities. Metal Loss ✔️ Extremely accurate sizing of internal & external metal loss ✔️ Detects pitting, corrosion, clusters & pinholes ✔️ Assesses ovality, dents, bulging, buckling ✔️ Tools from 3”–64” (larger custom sizes available) ✔️ Navigates difficult pipeline geometries (1.5D bends, back-to-back bends, bi-directional, mutli-diameter, etc.) ✔️ Highly customizable design for challenging pipelines ✔️ Available using MFL & UT methods ✔️ Can combine with crack-detection in a single-run Cracking ✔️ Extremely accurate sizing of axial & circumferential cracks ✔️ Navigates difficult pipeline geometries (1.5D bends, back-to-back bends, bi-directional, mutli-diameter, etc.) ✔️ Highly customizable design for challenging pipelines ✔️ Tools from 4”–64” (larger custom sizes available) ✔️ Available using MFL & UT methods Dexon brings: ✔️ Over 30 years of inspection experience ✔️ Multiple innovation awards, including for our crack inspection technology ✔️ Experience inspecting over 500+ pipelines at 6,000+ km ✔️ 93% first run success rate ✔️ 97% final reports delivered on time