..., qualified for water depths down to 3,000 m, enables weight reduction and simplification of the topside process equipment, with its associated maintenance requirements and HSE footprint and enables more active reservoir management. The short distance the water travels, and the unique approach to water...

... treatment technologies and with the ability to handle high CO 2 levels need to be developed to reduce footprint and weight, improving oil plant capacity. This paper presents two membrane technologies selected for evaluation: Carbon Molecular Sieve (CMS), a partnership with Shell focused on CO 2 removal...

... Abstract The need to minimize the total cost of ownership for offshore plants requires the development of technologies focused on both reducing equipment footprint and weight (capital expenses) and increasing performance, reliability and availability (operational expenses). The OEM has been...

... and carbon tubes) and dense phase CO 2 separation. The aim of the combined use of such iniatives is footprint and weight reduction, higher efficiency, less energy consumption with modular design. The purpose of this paper is to present the actual strategy for developing offshore gas process in Brazil...

... footprint, coupled with the receipt of the production lines in a region less affected by the environmental loads, enabling also the use of SCRs for larger diameter lines. This paper presents the characteristics of this new concept and present preliminary analysis of its feasibility. feasibility riser...