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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

Ndungu Project

The Ndungu Project is a deepwater offshore project located in Block 15/06, offshore Angola. The project involves the development of the Ndungu field through production and injection wells, subsea infrastructure and connections to the existing West Hub network. Its objective is to enhance the value of the oil resources in Block 15/06, support Angola’s offshore production and ensure stable, long-term production.

Oil&Gas

JGTP Capacity Enhancement Project

The JGTP Capacity Enhancement Project is an expansion and upgrading project for the Jordan Gas Transmission Pipeline, aimed at increasing transmission capacity to meet growing domestic demand and support regional gas trade. The project includes pipeline upgrades and the addition of compressor facilities to allow the system to operate at higher pressures and transport larger gas volumes. The Jordan Gas Transmission Pipeline has a 36-inch (914 mm) diameter and an ultimate transmission capacity of approximately 10 billion cubic metres (bcm) of natural gas per year.

Oil&Gas

Bab Far North Full Field (BFN)

The Bab Far North Full Field Development (BFN) Project is a major onshore oil field development in the United Arab Emirates. Led by ADNOC Onshore and managed by Kent PLC, the project aims to achieve a production plateau of 30,000 barrels of oil per day (bpd) by implementing CO₂ Water Alternating Gas (CO₂-WAG), an advanced enhanced oil recovery (EOR) technique that alternates the injection of carbon dioxide and water to maximize oil recovery from the reservoir.

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