Lifting & Handling Equipment

Lifting & handling equipment are fundamental devices at any stage of every kind of plant.
Our added value are the freedom to select any brand at any location in the world, and the wide network of business partners who can customize or design from zero, special solutions tailored in terms of material, dimensions, construction necessary to withstand with moist severe conditions, either of usage or of environment up to the marine one, for which we can provide solutions tailored in terms of structural calculation/construction, painting and ATEX area classification up to ZONE 1, supplied along with mandatory certificates issued by the third party naval entity in charge for each project.

Typologies

Accessories

Manual and electrical JIB crane
Multifunctional lifting tongs and clamps
Electric pallet truck
Manual and electrical chain hoist from 0,5ton up to above 10ton
Manual and motorized gantry cranes
Electrical drive crane with variable wheelbase
Stackable metal container for construction site materials and equipment, available with standard dimension, material, or customizable
Electric powered counterbalance forklift trucks
Terminal tractors & shunt trucks
Heavy duty self propelled trolleys, movers and skates
Diesel powered counterbalance forklift trucks
Single girder & double girder overhead crane

Our catalogue

Discover all our innovative solutions in one comprehensive catalogue.

PROJECTS

Our Successful Projects

Energy

Porthos Compressor Station

The Porthos Project is developed in the Port of Rotterdam, in the Netherlands. The project involves the transport of CO₂ captured from port industries through a network of onshore and offshore pipelines to depleted gas fields located beneath the North Sea, where the CO₂ is permanently stored. Its objective is to reduce industrial emissions from the Rotterdam cluster and contribute to the decarbonization of high-emission sectors.

Energy

New Hydrogen Production Unit – Porto Marghera

The project aims at implementing two hydrogen production lines for the Venice biorefinery in Porto Marghera. Its primary objective is to increase the availability of hydrogen at the biorefinery to fulfill the requirements of the EcofiningTM unit in terms of quality, quantity, and availability, all while optimizing energy efficiency. As part of a phased transition to producing decarbonized hydrogen, these units are designed to significantly reduce the emission of fossil CO2 into the atmosphere by utilizing biogenic charges recirculated by the EcofiningTM unit.

Petrochemical

Liverpool Bay WP3

Liverpool Bay WP3 is part of the Liverpool Bay CCS project, developed by Eni in the United Kingdom to transport and permanently store CO₂ from the HyNet industrial cluster, which spans North West England and North Wales. The project aims to capture CO₂ emissions from hard-to-abate industries and permanently store them in depleted offshore gas fields beneath Liverpool Bay.

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