KEMISIM supports operators and service companies running hydraulic fracturing design programs in Stavanger with physics-based design software, training and engineering consulting.
Hydraulic fracturing design is the engineering workflow that selects fluid, proppant, rate and stage geometry to create propped fractures of the right length, conductivity and complexity for a target reservoir — balancing production gain against cost and risk. For operators working in and around Stavanger, the technique is shaped by chalk reservoirs at Ekofisk and Valhall, Johan Sverdrup carbonate-clastic sequences and long-life IOR waterfloods — and by the completion practice and service-company spreads available out of Norway.
KEMISIM Fracturing Software simulates fracture initiation, propagation and proppant transport with calibrated geomechanics — letting engineers screen designs in hours instead of weeks. Teams based in Stavanger can engage KEMISIM remotely or through on-site engineering support, with project delivery aligned to local operator workflows and Havtil (Petroleum Safety Authority) well-integrity regulation, NORSOK standards and Norwegian Offshore Directorate IOR reporting.
Stavanger is the corporate base for Equinor and many North Sea operators investing in well integrity and IOR/EOR. Norway's regulated IOR ambition and NORSOK integrity rules reward documented, physics-traceable design over vendor rules of thumb. KEMISIM's engineering team has supported hydraulic fracturing design projects across North Sea and structures every engagement around defensible, audit-ready engineering.
Yes. KEMISIM works with operators and service companies in Stavanger — including teams supporting Equinor, Aker BP, Vår Energi — delivering design, training and post-job evaluation for hydraulic fracturing design programs.
Norway's regulated IOR ambition and NORSOK integrity rules reward documented, physics-traceable design over vendor rules of thumb. KEMISIM models that behaviour explicitly rather than relying on generic correlations, so designs reflect chalk reservoirs at Ekofisk and Valhall, Johan Sverdrup carbonate-clastic sequences and long-life IOR waterfloods.
Every design produces auditable, assumption-traceable engineering output suitable for review under Havtil (Petroleum Safety Authority) well-integrity regulation, NORSOK standards and Norwegian Offshore Directorate IOR reporting.
A typical pilot design — covering one well and one scenario — can be delivered within 2–4 weeks of receiving the data package.
Yes. KEMISIM provides on-site engineering and training in Stavanger and across North Sea as part of larger engagements.
A KEMISIM engineer will walk you through the workflow on data that looks like yours — no slides, no generic decks.