This papw wss pcepersd for pcesen(ahon at the 19Q8 Offshore T~l o o y Cwllererrs held in Houston. Texas, 4-7 May 19W. This paper w a selected for pesentation by the OTC Program Canmiltee fdlaving review d inlonnatii contained in an abstrect suhilted by the a u w s ) . Conterds d the papar, as presented, have not been reviewed by the Ollshore Tedvloloay Cd-md am sgect to cormtion by the a w l ) . The material, as m e d , does not necessarily refled my poeikm d the Ortshore Technoloay Corfemrce or its M w r s . Electronic mproduction, disttibulion, or storage d any part d this paper for ammercial withart he written consent d the Offshore Technoloay Codis pmhitited. P m l r s~m to repmduce in print is restricted to an a t a m d not mom than 300 words; I l m t r a t i i may not be copied. The abstract must oontain conspiuwKls adun*nledgnent d where and by whan Me papw wm pces.nted. AbstractDevelopment of advanced composite spoolable tubing offers several new solutions to many challenging well servicing and well construction operations. Attributes such as excellent corrosion resistance, low material density and weight, coupled with high working pressure and extensive htigue resistance, make this product attractive for a number of oilfield tubular applications. These include well servicing strings and corrosion resistant completion strings. 'Ihe advantage of an advanced composite spoolable pipe over steel pipe is that it can be "engineered for particular applications to take advantage of the composite's enabling attributes while optimizing the cost. Development efforts led by a spoolable composite products company and an oilfield service company have produced a novel composite spoolable tubing design targeted to meet these well servicing and construction challenges. This paper will review the development efforts and operation issues the developers have addressed to qualifL the advanced composite spoolable tubing for several enabling applications and explore how it will provide operators future solutions. This paper is an update on the development achievements made toward commercialization on the advanced composite spoolable tubulars (emerging technology) presented in the 1997 OTC Paper 8456: "Development and Application of a Novel Coiled Tubing String for Concentric Workover Services. "