Seven engineering software products used by operators and service companies across the Middle East, Asia and Africa to improve production, reduce treatment risk and design defensible well interventions.
Each product is purpose-built for an engineering workflow — and every page below ends with a live demo.
Design, optimize and post-evaluate matrix acidizing treatments with a physics-based acidizing simulator engineered for production gain, skin removal and treatment-risk reduction.
Plan primary and remedial cement jobs with displacement physics, slurry rheology and centralization analysis built for HSE-critical wells in the Middle East, Asia and Africa.
Screen waterflood, polymer, surfactant, ASP, CO₂, gas, thermal and microbial EOR against your reservoir, fluids and constraints — backed by a global analogue field database.
Plan, simulate and benchmark hydraulic and acid fracture treatments with proppant transport, leak-off physics and global fracturing analogue intelligence.
Predict CaCO₃, BaSO₄, SrSO₄ and FeS scale risk, design scale-inhibitor squeezes and benchmark performance against fields with comparable brines and operating envelopes.
Match your reservoir, fluid and treatment parameters against a global database of fields — for EOR, stimulation, cementing, fracturing, scale management and water shut-off decisions.
Plan and de-risk coiled-tubing interventions — tubing forces, lock-up, hydraulics, fatigue and N₂ requirements — with one engineering platform for service companies and operators.
KEMISIM is built around real decisions production, stimulation and intervention engineers make every day — backed by physics, analytics and a global field-analogue database.
Our analogue field database benchmarks reservoir, fluid and treatment parameters against global field operations to surface comparable wells and proven outcomes.
Watch actual walk-throughs of our well stimulation design and EOR screening tools to see the physics-based simulations and intuitive workflows in action.
Discover StimOPTI, our state-of-the-art sandstone and carbonate matrix acidizing simulator. See how reactive-transport physics, chemical kinetics, and multi-layered reservoir modeling come together to design highly precise acid stimulation treatments.
Learn how the KEMISIM EOR Screening and Selection tool evaluates and ranks Enhanced Oil Recovery methods. Explore how global analogue field data, fluid properties, and operational filters help select the best recovery mechanism for any asset.
Design and optimize sandstone and carbonate stimulation with reactive-transport physics.
Displacement, centralization and slurry design for zonal isolation and well integrity.
Fracture geometry, proppant transport and post-job calibration in one workflow.
Predict scaling tendency and design scale-inhibitor squeezes that actually last.
Rank EOR methods on technical, operational and commercial fit with analogue evidence.
Tubing forces, lock-up, hydraulics and fatigue for de-risked CT operations.
Two decades of engineering consultancy, production chemistry and well-intervention technology delivery.
Software forged through field projects, research collaborations and real-world stimulation campaigns.
Supporting operators across the Middle East, Asia, Africa and Europe.
Backed by technology development programs from leading innovation agencies and research organizations.
Straight answers on stimulation design, EOR selection, intervention risk and scale management — with a link to the software that solves each one.
Well stimulation software models how an acid or fracturing treatment will move through the reservoir before a pump ever starts. KEMISIM couples reactive-transport chemistry, wellbore hydraulics and rock properties so engineers can size acid volumes, pick diverting stages, predict skin removal and defend the design in a technical review.
Matrix acidizing design software →EOR selection starts with screening: comparing reservoir fluid, rock, depth, temperature and salinity against outcomes from analogue fields that have already been flooded. KEMISIM ranks chemical, gas, thermal and hybrid options on technical, operational and commercial fit, then shows the analogue evidence behind each score.
EOR screening software →Yes — most intervention NPT traces back to a design assumption that failed downhole: lock-up on coiled tubing, poor mud displacement in cementing, or an inhibitor squeeze that flowed back too fast. Modelling tubing forces, displacement efficiency and scaling tendency up front converts those surprises into planned contingencies.
Coiled tubing analysis software →Carbonates dissolve into wormholes and need wormhole-propagation physics with careful diversion; sandstones need mud-acid chemistry that avoids secondary precipitation and fines migration. KEMISIM handles both lithologies in one workflow so a single team can design across mixed portfolios.
Industry applications by reservoir type →Scaling tendency is calculated from produced-water chemistry, pressure and temperature along the flow path, then converted into an inhibitor selection, squeeze size and re-treatment interval. Predicting the risk is what turns unplanned deferment into a scheduled, budgeted squeeze.
Downhole scale management software →Production and stimulation engineers, completion and intervention teams, reservoir engineers running EOR studies, and service-company technical groups preparing tenders — across operators in the Middle East, Asia, Africa and Europe. Deployment is web-based, so a distributed asset team works from the same design record.
Field case studies →Going deeper on recovery strategy? Download the EOR Screening & Optimization Guide — 42 pages of screening cutoffs, analogue ranking and pilot design.
See any of our seven engineering software products on data that looks like yours — book a live demo or a technical consultation with our engineering team.