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CIVIL WORKS FOR PIPELINE

TASSILI spa is equipped with the innovation, capabilities and resources to meet any demand on time and on budget. Installing and maintaining oil and natural gas pipeline systems. Our crews have been a part of oil and natural gas pipeline construction jobs across the country and have laid thousands of miles of pipeline through some of its most challenging terrain. We have the expertise to safely complete any project while maintaining complete environmental compliance and minimizing impact to landowners.
We provide gathering, upstream, midstream and distribution construction services. our trenching capabilities allow us to minimize disruptions to traffic, homeowners, and businesses, as well as coordinate with multiple other companies to integrate various utilities and communications services in one trench. In rural or remote areas, we utilize specialized equipment to quickly move earth and cut through rock.

CIVIL WORKS FOR GATHERING STATIONS

TASSILI S.p.A is committed to delivering a complete range of project services to our clients.
We provide the design for the system, but also its construction, and its operational installation. We are Dedicated to safe and cost-effective project execution, We use innovative components that compliment every area of the natural gas and oil gathering process, by providing a comprehensive partnership to our customers along every phase of this crucial process
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Limestone roads

TASSILI is the one of the leading limestone, concrete and asphalt paving companies.
As the demand for energy grows, oil and gas producers are drilling in more remote locations than ever before. These sites are often extremely challenging to reach since they, and the access roads leading to them, are often built on top of poor soils with weak, underlying subgrades.
Roads are more important than ever in areas where there are no pipelines or railway tracks.
Our years of experience building platforms, roads and infrastructures. We can improve the long-term performance of paved and unpaved roadways by minimizing aggregate movement and maintaining modulus values.