Quantitative Interpretation - beyond the elastic domain
Enhancing client QI solutions
At Qeye, we pride ourselves on crafting QI solutions tailored to our clients unique challenges in exploration de-risking, field (re)development, and production optimisation.
Tailored QI expertise:
We recognise that every project is one-of-a-kind. Qeye's project QI teams are composed of dedicated QI specialists, driven by the mission of tackling the most intricate problems that extend beyond conventional QI workflows. Our QI team comprises a diverse range of QI experts in theoretical rock physics, signal processing, optimisation/inverse theory, quantitative interpretation techniques, anisotropy, and various domains, all working together to develop solutions for the most complex exploration and production challenges.
Seamless transition from concept to QI solution:
From the development of novel rock physics models to the engineering of software solutions, our handpicked team of QI experts is committed to ensuring a smooth journey from concept to the QI solutions.
Proprietary QI software for unmatched flexibility:
Our 100% proprietary software grants us unparalleled flexibility to align with client specific needs while adhering to our clients project timeline.
Client-Centric QI solution approach:
We prioritise close collaboration with our clients throughout every project phase. Our commitment is to:
- Understand – Attend to and understand the needs of our clients
- Perform – Perform to the highest standard to ensure client satisfaction
- Deliver – Deliver results that our clients can use, understand and trust
At Qeye, we don't just offer QI solutions; we deliver QI excellence tailored to our clients needs.
Time lapse inversion
Enhanced, fast & cost effective aquistion, processing and interpretation of reservoirs. Qeye delivers calibrated volumes of saturation changes that can be directly compared with reservoir simulations.Time lapse inversion
Pre-stack seismic inversion of UHR seismic for bulk modulus, shear modulus and density and derive Synthetic CPTs and geotechnical parameters such as cone resistance, sleeve friction and soil type.Geotechnical inversion