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Manual Samplers

All our systems can be supplied on a selfsupporting rack or suitable for installation on existing poles and are mounted on Painted CS or SS plates where there are installed and tested all the components. Our standard material for components in contact with the fluid is the AISI 316/316L while special materials (e.g. Inconel 625 or Hastelloy C276) are used for those processes with critical pressure and temperature conditions or having contaminants that would physically or chemically affect the SS.
Stream heaters, Purge Systems and filters, Canopies, Cooled / heated / pressurized cabinets can be provided in order to allow the quickest and the safest sampling in any climatic condition.

Our tailored systems are designed and manufactured by us in order to comply with any kind of installation condition and type of process foreseen by customer’s specifications.

Typologies

  • Samplers for liquids

  • Samplers for gases

  • Samplers for multi-phase fluids

Latest successful projects

Oil&Gas

Nile Delta Fields and Gas Detection System Upgrading Project

The Nile Delta Fields and Gas Detection System Upgrading Project is a project aimed at modernizing the gas detection systems serving the Oil & Gas assets of the Nile Delta, in Egypt. The intervention aims to strengthen the monitoring of operational areas and reduce risks related to the presence of gas.

Oil&Gas

CLOV Phase 3 Project

The CLOV Phase 3 Project is an offshore deepwater oil field development in Block 17, approximately 140 km off the Angolan coast. Operated by TotalEnergies, the project includes the installation of a four-well subsea production system connected to the existing CLOV floating production facility. The development is intended to increase oil output by approximately 30,000 barrels per day while maximizing the use of existing offshore infrastructure.

Petrochemical

SALCOS DRP 1

The SALCOS DRP 1 is a direct reduction iron plant developed by Salzgitter Flachstahl GmbH at the Salzgitter steelmaking site in Germany. The project involves the construction of a hydrogen-ready plant based on Energiron ZR technology, capable of producing over 2 million tonnes/year of DRI using natural gas and hydrogen in flexible proportions. Its objective is to progressively replace the traditional blast furnace–coal route with low-emission steel production through the DRP-EAF route, reducing CO₂ emissions and supporting the decarbonization of the steel industry.

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