Silixa will be exhibiting at the Unconventional Resources Technology Conference (URTec) in Houston, TX, USA on 9–11 June 2025.
Visit us at booth #2726 to see how we can help you assess your unconventional design treatment effectiveness and well performance.
Operating globally, we offer leading edge data quality and the finest portfolio of distributed sensing solutions available anywhere. This unrivalled technical portfolio is backed by project management and specialist data services to help customers finally overcome all obstacles and turn data into decisions.
Completions and hydraulic fracture operations in unconventional wells can comprise 50% or more of the total well cost. Silixa’s ArrayFrac™ permanent fiber optic cable frac monitoring services evaluate limited entry completions, cluster efficiency and stage isolation to optimize treatment designs and allows for analysis and decisions in real-time.
Our Carina® XwellXpress, crosswell low frequency strain and microseismic monitoring service accurately locates microseismic and strain events through wireline intervention.
ArrayFrac™ and Carina® XwellXpress near field and far field diagnostic measurements are crucial for determining required treatment design size for well placement and spacing, fracture half-lengths and optimal frac sequencing providing insight to the most valuable decisions an operator will make during acreage development plans.
Our Carina® 100XLog service is a fiber optic intervention logging service that analyses well production dynamics in real-time more effectively and efficiently than other production logging technologies and interference testing using fiber optics can help assess effective half lengths relative to the total stimulated reservoir volume.
Our DScover™ , fracture monitoring on permanent fiber optic cable service, provides higher confidence results by combining a fully integrated analysis with best-in-class data quality from DAS, DTS and DSS measurements. This can help optimize well placement and completion design, as well as constrain geo-mechanical models and help plan more accurately.
For more information please Contact Us.
