For longterm process support and degassing till PPM level. Being unmanned and capable of operation autothermal this unit beats others regarding operational costs, CO2 and NOx emissions.

Drawing on its experience and expertise in the field of storage, ALCE CDE constantly strives to offer high-quality products and impeccable customer service. Their aim is to meet their customers' expectations in terms of performance, reliability and satisfaction. For more technical information on Mobile Stations, please contact ALCE CDE.

AEREON’s line of CEB® ultra-low NOx and CO emission-burner systems are unlike any other in the market. They utilizes proprietary, premixed, surface-combustion technology to burn VOC-laden waste gases in any application, from continuous and batch operations to emergency back-ups of other equipment. Compact and easy to install and maintain, they start up quickly from idle state and are economical to operate.

In situations where a sprinkler or deluge installation is not practical, monitors offer an excellent solution. A monitor is a water cannon that can be aimed manually or electrically at a fire source. Water or foam can be used for extinguishing. At Crea Construct we offer a wide range of options for electrical control of monitors. This can be done remotely, for example from a control room, or via a remote control. Both the horizontal and vertical movement of the monitor can be controlled, and even the shape of the water jet can be adjusted. On request, monitors can also go through an automatic (oscillating) extinguishing pattern or automatically assume a specific position, depending on the origin of the fire. Monitors can be placed in various locations, such as on the ground, a bundwall or pipe rack. They can also be raised and installed on a separate monitor tower. This flexibility ensures that we can perfectly tailor the monitor to your specific situation. We have extensive experience in the design, implementation and rigorous testing of monitoring systems, including monitoring towers. You can rest assured that your fire protection is in good hands with us.

Movement Monitoring (TEXtant® GNSS) Millimetre-Precise Control of Settlement & Inclination Texplor’s TEXtant® GNSS Movement Monitoring System provides continuous, automated monitoring of settlement, tilt, and structural movement for tanks, basins, and foundations. Results are delivered via the TEX-Sky Monitoring Cloud, enabling data-driven maintenance decisions based on reliable long-term trends. FROM PERIODIC SURVEYS TO CONTINUOUS MONITORING Conventional deformation surveys provide snapshots. TEXtant® enables continuous monitoring to detect subtle movement early — before it develops into operational or safety risks. GNSS MONITORING FOR TANKS & FOUNDATIONS ➤ Continuous monitoring of settlement and inclination ➤ Millimetre-precision GNSS measurements ➤ Up to 4 antennas per GNSS station for flexible site layouts ➤ Autonomous operation with cloud-based results and reporting ➤ Quick installation during maintenance activities ➤ Flexible solutions tailored to each customer’s needs TEX-SKY MONITORING CLOUD All GNSS data is processed and delivered through TEX-Sky, providing: ➤ 24/7 system checks and automated alerts ➤ Regular, customized reports – TÜV Nord approved ➤ Validated operation at GFZ Potsdam and Cerema (France) ➤ Seamless integration into multi-sensor monitoring concepts PROVEN IN EUROPE & BEYOND TEXtant® is deployed in long-term monitoring projects in Germany, France, Austria, and Turkey. In the chemical industry, TEXtant® is part of Texplor’s flagship monitoring deployments at DOW, supporting continuous integrity verification of critical containment infrastructure. KEY VALUE 🔹 Early detection of settlement, tilt, and structural movement 🔹 Reduced reliance on manual surveys and site visits 🔹 Cloud-based dashboards, reporting, and trend insights 🔹 Scalable for new-build and retrofit projects 🔹 Designed for integration into multi-sensor monitoring systems

Our focus since 1980 has been to provide the best possible service to our end users. This comes from our large inventory of finished valves and automated packages where we supply a same-day and next-day delivery service. This can be regionally, nationally, or internationally through our strategically located facilities around the UK and Europe. The combination of excellent geographic coverage in Europe, our team of experienced sales engineers, and extensive inventory enable PCE to support day-to-day operations and emergency or shutdown situations. We have built our business around our excellent reputation for MRO supply with many of our large multi-national end users having used PCE continuously since the group’s infancy. This is a testament to our first-class sales and operations teams who are always on hand to support our clients. Our offering includes: Broad and deep inventory holding. AML compliant manufacturers. In-house AML review. 24/7 call out. Consignment stock programs. Stock management for end users. Quarterly reporting for KPIs. Constant supplier auditing. In-house pressure testing and PMI testing for incoming stock. Over 30 years of experience in valve automation. Valve actuator sizing in-house. On-site training. Pre and post-sales support from skilled professionals. In-house valve modifications. Local, national, and international supply. International sourcing. Strong manufacturer relations. Dedicated distribution agreements with internationally recognised and trusted manufacturers. All of our facilities have in-house pressure testing capabilities and valve automation centres.

*Integrate multiple functions in one gauge, including measure level, temperature, density, and oil-water interface, tank bottom. *Provide high accuracy of direct density measurement and perform custody transfer based on both volume and mass; *Less components with maximum functions, easy for installation, wiring and commissioning *Low maintenance cost and long life cycle saving expenses for the owner; *Perfect applicability for challenging situations and demanding applications, easy to be installed on the existing tanks without modifying the tank body structure;

It is designed for the accurate measurement of temperature for the liquid in a tank at multiple points. * With temperature and oil-water interface measurement. * Rapid response ensures its high accuracy in output; * Precise structure, quality build and reliable protection ensure its long life span; * Up to 16 points can be measured; * Support RS485 MODBUS, HART protocols; * Able to work in a harsh and corrosive environment.

From Reactive to Predictive Asset Management Texplor’s Multi-Sensor Monitoring System (MSM) delivers continuous, data-driven insight into tanks, basins, and containment systems by synchronizing leakage, movement, and corrosion monitoring in one integrated platform. ONE SYSTEM. ALL CRITICAL RISKS. MSM integrates multiple monitoring technologies into a single network: ✅ LEAKAGE – Integrity control of sealing and containment systems using MSS® technology ✅ MOVEMENT – Millimetre-precision settlement and inclination monitoring with TEXtant® GNSS ✅ CORROSION – Quality control of reinforced concrete structures (currently in testing) ✅ ADD-ONS – Seamless integration of humidity, acceleration, pressure, weather, fluid metrics, and customer-specific sensors SCALABLE · MODULAR · CLOUD-BASED All sensor data is time-synchronised and analysed via the TEX-Sky Monitoring Cloud, creating a holistic, real-time view of asset behaviour across the entire lifecycle. EXTEND SERVICE LIFE. MINIMISE DOWNTIME. With 24/7 automated monitoring, MSM detects anomalies at an early stage, supports TÜV-compliant reporting, and enables extended inspection intervals. Operators benefit from fewer shutdowns, optimised maintenance planning, and improved safety and environmental protection. PROVEN AT DOW | 40+ INSTALLATIONS WORLDWIDE A flagship deployment is in operation at DOW Chemical’s site in Stade, Germany, where MSM has been officially approved as a replacement for traditional manual inspections, enabling continuous, TÜV-compliant digital integrity monitoring. KEY BENEFITS 🔹 24/7 monitoring instead of periodic inspections 🔹 Early detection of leaks, movement, and structural changes 🔹 Predictive maintenance based on real operational data 🔹 TÜV-approved systems and reporting 🔹 Scalable and modular for retrofit and new-build projects

We specialize in infrastructure management and optimization, delivering efficient, secure, and future-ready IT solutions for the network infrastructure and tank storage oil industry. Our services enhance network performance, data storage, and computing power through expert technical support and remote infrastructure management. With 24/7 system optimization, we ensure seamless operations, helping oil, gas, and storage businesses achieve peak performance and maintain a competitive edge.

The NEW Silea female semi-automatic Coupler series 05132105 is designed to achieve a quick and dry coupling, without loss of product, between a Bottom Loading Arm or a hose and the Male Coupler on a tank truck. The difference with the manual type is that the Coupler hooks automatically to the male coupler before opening the flow. The coupler respects the API RP 1004 standards and can be used with all compliant couplers. Compared to the current semi-automatic coupler it has: • A quick and safe coupling system with a larger contact surface of the teeth. • Fluid passage section increased by 15% (higher flow rate for a faster loading phase). • Usable even in the event of an increase in operating pressure. • Renewed ergonomics thanks to the new handle, now equipped with a grip. • Maintenance time reduced by up to 60%. • The possibility of replacing primary seals without disassembling the coupler from the arm.

This Moisture and corrosion sensor can be placed on top of the cladding/weather shielding of insulated assets to monitor their condition. The sensor's capacitive measurement principle detects any change that occurs between the cladding and the surface of the pipe or tank. The wireless sensor sends its measurement data to a gateway on which data analysis software is installed to evaluate the different stages of CUI: water ingress, coating degradation, initiation of corrosion, leakage, ... This information is valuable for effective inspection and maintenance management of static assets, paying attention and spending money only for those assets that need it when they need it. Installation is easy in ways you’ve only dreamed about: - No need to remove nor to replace the insulation - No intrusion into the insulation nor through vapor barriers keeping the insulation system intact : the sensor is fixed onto the outside of the cladding with straps - No cabling installation headaches: sensor sends data wirelessly over LORA to the on-premise gateway. Data gathered continuously provide a wealth of useful information to: - Improve plant productivity - Lower costs of inspection labour and scaffolding - Reduce unplanned downtimes - De-risking CUI With this continuous monitoring no personnel is required to do inspection under difficult and unsafe conditions.

Nordweld Tank Building System is a ground-breaking onsite system designed for the erection of large above ground atmospheric and pressured tanks, which enables the construction of tanks with a diameter of 8 to 50 meters and a weight up to 700 tons. The maximum height depends upon the ratio between the diameter, height and lifting weight. Nordweld Tank Building System is modular and the amount of equipment depends on the size, type and material of the tank. By using the top-down method, you gain stability from the roof and good weather protection during the erection process. The entire tank is rotating during the installation of the sheets and during the welding progress. All welding can be mechanized and preformed from a single point at ground level. All components are stored and transported in 20ft HC shipping containers for efficient handling of the equipment. Nordweld is part of the TLC Group.

Each nuclear vessel undergoes stringent quality control, including non-destructive testing and inspection, to ensure that every component, including filters and balloons, complies with safety and performance standards. Our processes, from design to manufacturing, meet the strict requirements of traceability, risk control, quality and safety in the nuclear sector

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.