Front End Engineering Design (FEED) and permitting activities for Poseidon Pipeline
Front End Engineering Design (FEED) and permitting activities for Poseidon Pipeline
Business Area:
Environment,Natural Gas
Solution/Service:
Studies,Licensing & Environmental Services
Category:
High & Medium Pressure Pipelines, Environmental Consulting Services, Permit Engineering
Technical Data
- The study scope for the offshore Section included modification of approved Environmental Impact Assessment Study for Florovouni metering and Compressor Station (7+1 Turbo Compressor Units of total capacity 137 MW), 8 Km onshore pipeline section to the Landfall and 146Km offshore pipeline section. The specific pipeline is 36’’ diameter with Design Pressure of 170Bar.
- ASPROFOS S.A. executed the Environmental Impact Assessment Study of the Poseidon Pipeline Project Onshore Section. The services included the compilation of the Environmental and Social Impact Assessment, the Stakeholders Engagement and the contacts with Authorities
Our Services
- Detailed Engineering
- Health Safety and Environmental Studies
- Project Management Services
Description
The project consisted of two parts:
- Poseidon Project Pipeline Offshore Section of High Pressure Natural Gas Interconnection Greece-Italy
ASPROFOS prepared the complementary Environmental Impact Assessment Study and the Application file for Environmental Terms Approval Amendment of the Greek offshore section of High Pressure Natural Gas Interconnection Greece-Italy.
- Front End Engineering Design (FEED) and Permitting Contract Poseidon Pipeline Project Onshore Section
The Onshore Section of Poseidon Pipeline consists in the development, design and construction of a pipeline and associated facilities to transport gas from Turkish-Greek border to Greece and Italy. In particular Poseidon Pipeline includes a) an 48” onshore pipeline of approximately 760km, with 15.45 -20 Bcm/y transportation capacities, (b) two Fiscal Metering Stations and (c) two Compressor Stations with an installed power of approx. 116 - 165 MW each.
