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

JSD6000

JSD 6000 is a Saipem DP3 multipurpose vessel designed for offshore pipelay operations in both J-lay and S-lay configurations, as well as heavy-lift installation activities. The vessel is capable of laying pipelines up to 36 inches in J-lay mode and up to 60 inches in S-lay mode, and is equipped with a main crane with a lifting capacity of up to 5,200 tonnes.

Naval

Lewek Constellation

Lewek Constellation is a DP3 multipurpose offshore construction vessel designed for rigid and flexible pipelay, heavy-lift operations, and the installation of subsea infrastructure in deepwater and ultra-deepwater environments. The vessel is designed to support SURF (Subsea, Umbilicals, Risers and Flowlines) systems and subsea tie-back developments.

Bioenergy

H2H Saltend

H2H Saltend is a low-carbon hydrogen production project led by Equinor and the anchor project of the Zero Carbon Humber initiative. Located at Saltend Chemicals Park near Hull, in northeast England, the facility will produce blue hydrogen from natural gas using carbon capture and storage (CCS) technology. The project is designed to supply low-carbon hydrogen to industrial users, helping to reduce CO₂ emissions by up to 900,000 tonnes per year while supporting the decarbonization of the Humber industrial cluster and the UK’s transition to a net-zero economy.

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