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Plant Waste Management

Efficient and sustainable waste handling solutions tailored to industrial environments. This selection includes specialized trailers for sludge, versatile tractors, loaders, and service vehicles designed for demanding waste management tasks. Additionally, we offer glass crushers, high-performance vertical and horizontal balers, and customizable skips in various colors and dimensions, providing adaptable solutions for effective waste reduction, recycling, and disposal.

Typologies

Accessories

  • Special trailers for sludge

  • Tractors, loaders and service vehicles

  • Glass crushers

  • Vertical and horizontal balers

  • Skips tailored in colors and dimensions

Our catalogue

Discover all our innovative solutions in one comprehensive catalogue.

PROJECTS

Our Successful Projects

Energy

Taweelah RO Independent Water Project

The world’s largest sea water reverse osmosis desalination plant (RO), boasting a capacity of 200 MIGD (909,200 cubic meters of water per day). This plant surpasses the world’s current largest RO facility by 44% in terms of capacity. The Taweelah plant is poised to establish new benchmarks for water production efficiency and cost, thanks to its utilization of RO technology instead of thermal desalination.

Petrochemical

Bouri Field

The Bouri Field is located offshore in Block NC-41, about 120km northwest of Tripoli in the waters of Libya. Water depth in the region ranges between 145m and 183m. Is estimated to contain 4.5 billion barrels (720,000,000 m3) in proven recoverable crude oil reserves and 3.5 trillion cubic feet (99 km3) of associated natural gas with an annual production potential of 6 billion m³. Bouri field development includes two offshore platforms- DP3 and DP4, seven subsea wells and an Floating Storage and Offloading (FSO). Bouri is considered the largest producing oilfield in the Mediterranean.

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.

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