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

Holborn

HOLBORN Europa Raffinerie, located in Hamburg, is a successful oil refinery that supplies Hamburg and northern Germany with fuels and heating oil. It is a refinery with a processing capacity of around 105,000 barrels of crude per day, and an average throughput of 4.5 million tonnes per annum.

Oil&Gas

SAIPEM 12000

The SAIPEM 12000 is a 6th-generation ultra-deepwater drillship operating within the Saipem fleet. The unit is engineered for offshore drilling campaigns, including exploration, appraisal and development drilling, as well as well completion operations. Designed for ultra-deepwater environments, the vessel can operate in water depths of up to 12,000 ft and drill wells down to 35,000 ft, supporting complex offshore projects worldwide.

Petrochemical

Project CERES

The Ceres Urea Plant, located on the coast of Western Australia, is a large onshore facility for the production of ammonia and urea from natural gas. Once completed, it will be the world’s largest gas-based ammonia and urea production plant. It uses local natural gas to produce fertilizers, integrating ammonia production, urea production, granulation, auxiliary services, port infrastructure and water supply facilities. The plant will include production areas, storage facilities and administrative functions. A 3.2 km conveyor belt will connect the plant to the port for the transport and loading of urea intended for export. The facility is designed to contribute to the target of achieving net-zero carbon emissions by 2050.

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