Matrix acidizing design software for sandstone and carbonate wells.
Design, optimize and post-evaluate matrix acidizing treatments with a physics-based acidizing simulator engineered for production gain, skin removal and treatment-risk reduction.
Acidizing failures are expensive — and avoidable.
Sub-optimal acid systems, poor diversion strategies and unrealistic placement assumptions repeatedly under-deliver against modeled gains. The cost is real: lost production, wasted chemicals, formation damage and HSE exposure on the wellsite.
- 01Skin not removed — production gains below forecast
- 02Wormholing inefficient in heterogeneous carbonates
- 03Acid–mineral incompatibility risks fines migration
- 04Coverage poor across long or layered intervals
- 05Pumping schedules built on rules of thumb, not physics
Engineering decision-support, not a black box.
KEMISIM Matrix Acidizing Software couples reactive transport with well- and formation-specific physics to design treatments that actually remove skin and lift production — with full transparency on the assumptions driving every recommendation.
From problem to defendable engineering decision.
Reservoir, fluids, mineralogy and damage mechanism captured in one model.
Select acid systems, additives and diversion strategy with physics-based screening.
Tune rate, volume and stage sequence against skin removal and treatment risk.
Post-job match real pressure response and quantify production uplift.
Production, risk and chemical cost — all moved in the right direction.
Operators using KEMISIM-grade acidizing design consistently achieve higher production uplift per dollar pumped, with fewer reactive workovers.
Built by engineers for engineers.
Designed for:
- Well stimulation engineers
- Production technologists
- Service-company design groups
- Operator intervention teams
Engineering software supporting operators across the Middle East, Asia, Europe and Africa.
Frequently asked questions.
+Does the software handle both sandstone and carbonate stimulation?
Yes. Sandstone workflows include HF/HCl mineral chemistry and fines management. Carbonate workflows include wormhole propagation with rate-dependent efficiency.
+Can it design diversion for long or layered intervals?
Yes. Chemical, mechanical and foam diversion can be modeled and sequenced into the pumping schedule.
+Is post-job evaluation supported?
Yes. Match real pumping pressure and post-job skin to refine future designs on the same field.
See KEMISIM Matrix Acidizing Software on your reservoir.
A KEMISIM engineer will walk you through the workflow on data that looks like yours — no slides, no generic decks.