Maximize the efficiency of your industrial operations with our advanced SCADA (Supervisory Control and Data Acquisition) solutions. Our cutting-edge systems empower real-time facility monitoring and control, providing actionable insights that enhance decision-making, boost productivity, and ensure operational excellence. Our Automation Engineering services include: - Comprehensive End-to-End SCADA Management - Seamless integration with the Industrial Internet of Things (IIoT) for smarter operations - Intuitive Human Machine Interface (HMI) Programming for enhanced user experience - SCADA Conversion, Enhancement, and Implementation to upgrade legacy systems - Hybrid Infrastructure Integration for optimized flexibility and scalability - Efficient Asset Tracking Systems for real-time inventory and asset management - 24/7 On-call Troubleshooting Support Services to minimize downtime - Manufacturing Execution System (MES) and SCADA Support for continuous operational improvements

Avery-Hardoll flowmeters are precision made, positive displacement, liquid measuring instruments manufactured by Silea Liquid Transfer. In 2021, Silea acquired the Avery-Hardoll product line. Since 1932, simplicity of design and construction together with sustained accuracy has led to the widespread use of Avery-Hardoll meter products including the BM Series meters and MASTERLOAD.iQ™ electronic registers by Liquid Controls, on aviation refuelling vehicles throughout the world. With proven measurement accuracy as good as 0.05%, Avery-Hardoll meters remain unmatched in maintaining the most accurate fluid measurement in the world. The proprietary Avery-Hardoll meter design remains the industry benchmark that many have struggled to emulate, because "It's what's on the inside that counts". The first flowmeters built for aviation fuel. An ideal product to be installed on metering skids, for all oil & gas applications.

The IPV valve by Avery Hardoll, designed and manufactured by Silea, ensures precise control over the predetermined quantity and maintains a consistent fluid flow rate by modulating fluid passage during dispensing. By utilizing inlet pressure and managing the action of solenoid valves on dedicated circuits, it enables efficient flow regulation. The IPV valve is connected to a meter with an electronic register, which, through programming, calculates specific flow rate values based on dispensed volume and dispensing time.

The AX1 foam water sprinkler nozzle has been designed for use with a wide range of SFFF concentrates (non-PFAS-containing foam concentrates) and many ignitable liquid fuel types. While delivering the same level of performance, the nozzle is 17% shorter than comparable products, allowing flexible installation even where space is limited.

Ball valves in cast steel and stainless steel available from DN15 to DN300, according to DIN or ANSI. Threaded NPTor BSP or with welding ends SW or BW. Applications in tank storage, (petro)chemical industries, ….

Ball valves in cast steel and stainless steel available from DN15 to DN300, according to DIN or ANSI. Threaded NPTor BSP or with welding ends SW or BW. Applications in tank storage, (petro)chemical industries, ….

With a rich history spanning more than 50 years, ALCE CDE has established itself as France’s leading manufacturer of storage tanks, particularly for biofuel (B100) storage. Our expertise in the design and manufacture of biofuel tanks (B100) makes us a key player in the sector. Increasing the use of biofuels, such as B100, plays a crucial role in the transition to a greener, more sustainable economy. By replacing fossil fuels with biofuels, we are significantly reducing greenhouse gas emissions and helping to mitigate climate change. Biofuels are produced from renewable sources, making them more environmentally friendly and less dependent on non-renewable resources. - Underground biofuel tank (B100) - Overhead biofuel tank (B100) - Standards and regulations

Biogas flare systems are used to dispose of gases that are produced from decomposition of organic matter or biomass. Typical examples are gases produced from landfills, wastewater treatment (anaerobic digesters), or other biomass sources. Gases are typically mixtures of methane, carbon dioxide, small amounts of nitrogen, oxygen, hydrogen sulfide, and others. Biogas must be handled in a specific manner to ensure combustion to a high degree of efficiency. In addition, the possibility of oxygen in the gas mixture coming to the flare means flame arrestors and special flame arresting burners must be employed. Biogas can be burned to a high degree of efficiency in either an elevated flare or an enclosed ground flare system. If your facility is an environmentally sensitive area where NOx emissions are tightly regulated, such as one of the EPA’s 8-hour ozone Nonattainment areas, then you will also need an ultra-NOx VCU. Zeeco has developed the TriClean VCU, which is an ultra-low emission VCU that can achieve NOx emission of less than or equal to 15 ppm (0.018 MMBTU/hr.) and CO emissions of less than 10 ppm (0.01 MMBTU/hr.).

Zeeco’s biogas utility flare system incorporates the latest features and options to accommodate a wide range of flow rates while achieving a high turndown ratio

BJLM-80H tank gauges with MPF smart displacers are designed for the tank gauging system of the pressurIzed bulk storage tanks,ie, LPG tanks. The BJLM-80H tank gauges with MPF smart displacers provide multiple measurement functions being integrated in one gauge, including the measurement of liquid level, temperature, density and the data of tankage/inventory for custody transfers either in volume or mass upon customer’s requirement.

A solution for the typical LNG tank gauging system consists of the primary and secondary level gauges, primary and secondary thermometers, the extra LTD gauge and a radar level gauge as the HH alarming instrument. In such a system, both the level gauges and the thermometers are designed in redundancy, and all the data are linked with a PC-based monitoring platform where the LNG Manager & Rollover Predictor software is always running for the monitoring and controls of the safety of the system. It is a redundant and configurable system, and all the data can be directly linked to the upper DCS of the site, if any.

ZCE25 is a complete metering system dedicated to blending control and to custody transfer measurements of end products and mixed components. Its best-in-class flow computer offers outstanding flexibility for use with blending systems. PD meters with integrated strainers and air eliminators ensure highly reliable measurements

Bottom Hose Loading Arm for bottom loading of trucks to API RP 1004.