Abstract
Floating or compliant platform systems are beginning to feature more strongly in proposed development scenarios, particularly in relation to economic production from both deeper waters and more complex or low reserve fields. This paper examines the applicability, function and performance of articulating buoyant column systems in such roles, as determined from a comprehensive research and development programme undertaken by Taylor Woodrow over the past three years.
The scope of the programme, covering hydrodynamic, material and structural studies, interfacing with production technology and construction and economic assessments is described. Particular emphasis is placed upon the evaluation of the complex interaction between compliant structures and the environment. It is concluded that articulated columns can provide cost effective alternative production systems over a range of applications, with functional and technical benefits.
