Optimize productivity, maximize drainage
Welltec® Flow Valves (WFV) enable changing reservoir conditions over the life of well to maintain maximum well delivery.
Oil and gas reservoirs with a high degree of rock heterogeneity created through complex depositional environments, diagenetic or structural overprint, demand well completion solutions enabling response to changing reservoir conditions over the life of well to maintain maximum well delivery.
In specific projects flow modelling is used in the 3D design configuration of the WFV to ensure the benefits of zonal control.
In order to achieve a greater modelling capacity, Welltec has engaged with the consultancy practice Vysus Group (previous Lloyd’s Register). This collaboration provides Welltec with independent simulations using best-in-class industry modelling software and brings global experience involving similar well challenges.
Completions engineer and well designer with more than 18 years of a comprehensive oil & gas experience, Fabio has both the technical and hands-on operational background needed to overcome novel challenges. Working from HQ in Denmark, Fabio provides technical expertise and support worldwide to deliver tangible results through a solutions-oriented approach.
With over 15 years of experience in drilling and completions, Chum is involved in the planning for well design and operations. He works with clients and colleagues across completions for oil, gas, and geothermal.
With over 22 years of experience dedicated to completions and game changing well technology, Kevin is our Middle East region Sales Director. Kevin provides support to our customers through introduction and support of our value-added reservoir isolation and well construction technologies.
Maximizing reservoir contact
We help maximize reservoir contact to optimize productivity and maintain maximum well delivery. Our unique completion technologies provide a new perspective to drilling and completing wells, adopting a holistic approach which adds value continuously over the life cycle of a well.