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

Petrochemical

Debottleneck SF5

Debottleneck SF5 is an engineering project by LyondellBasel to debottleneck the SF5 plant in Ferrara, Italy. The SF5 plant manufactures support materials for Ziegler–Natta catalysts, which are used in the production of polypropylene and other polyolefins. The objective of the project is to increase the plant’s production capacity from its existing level to approximately 1,750 tonnes per year, while keeping the facility ready for future expansion to 2,200 tonnes per year.

Oil&Gas

Cornegliano Laudense Natural Gas Storage Plant

Located in Cornegliano Laudense, in the province of Lodi, the IGS gas storage facility is the most advanced gas storage facility developed in Italy. It plays a strategic role in ensuring security of gas supply, fostering market competition to the benefit of end users, and facilitating the integration of renewable energy sources.

Bioenergy

H2GS — Sweden — 2.1 MTPY HDRI and BRI Plant

H2 Green Steel was launched in 2021 in Boden, northern Sweden, is designed to produce 2.1 million tonnes per year of hot direct reduced iron (HDRI) and hot briquetted iron (HBI) using fossil-free hydrogen-based direct reduction technology. The project aims to decarbonize steel production by replacing fossil fuels with renewable hydrogen during the iron reduction process. Integrated with an electric arc furnace (EAF), the plant is expected to reduce CO₂ emissions from ironmaking by up to 95% compared with conventional blast furnace technology, supporting the production of near-zero-emission steel. The start of production is planned in 2026.

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