Compare your options
The right treatment must fit the well. Start with how the methods work, then use your production rate and quotes to compare their financial impact.
Resonflux uses fluid-driven vibration. Matrix acidizing uses chemical reactions. They can be options for some of the same wells, but they are not interchangeable in every situation.
ResonfluxA downhole tool converts circulating water into pressure waves. The aim is to loosen and mobilise restrictions in the rock around the well.
Matrix acidizingAn acid system reacts with soluble deposits or rock to improve flow. The chemistry is chosen for the formation and damage.
ResonfluxFresh water in the documented procedure; no acid or chemical cleaning reagents are added.
Matrix acidizingA designed chemical system, with additives and handling requirements suited to the job.
ResonfluxThe Wave Generator is positioned on standard or coiled tubing. Equipment, access and any rig requirement are assessed per well.
Matrix acidizingAcid may be pumped through the existing completion or placed using coiled tubing or other equipment. Some jobs are rigless.
ResonfluxActive treatment is typically 4–8 hours per zone in the supplied record. Total downtime also depends on deployment and restart. Selected gas-lift applications can operate while producing.
Matrix acidizingThere is no single standard duration. Include preparation, pumping, any required soak, cleanup and restart. A documented special acid system used 24-hour and 48-hour soaks.
ResonfluxDamage mechanism, target interval, well condition and generator design. The method must suit the restriction being treated.
Matrix acidizingDamage solubility, formation compatibility, fluid placement and cleanup. Engineered diversion can improve placement across different zones.
ResonfluxEngineering, generator, mobilisation, tubing access, pump and crew time, fluid handling and production downtime.
Matrix acidizingChemicals, pumping and placement equipment, mobilisation, crew, corrosion control, return-fluid handling and production downtime.
For the service scope, see oil well cleaning services. For acidizing principles, see the SLB matrix acidizing glossary. Timing evidence is explained below.
Interactive comparison · USD
A shorter shutdown defers fewer barrels. A lower treatment quote reduces cash spend. Calculate those two effects separately before choosing a treatment.
$9,870
from a shorter shutdown with Resonflux
USD · Difference in gross production value deferred. This is not guaranteed cash savings or profit; treatment fees are excluded and deferred production may be recovered later.
Resonflux
$3,290
47 barrels deferred
Acidizing
$13,160
188 barrels deferred
Add both quotes to calculate the cash-cost difference.
The $9,870 above excludes treatment fees. Total savings cannot be established from downtime alone.
Request a well-specific quoteDeferred barrels = daily oil rate × shutdown hours ÷ 24.
Deferred gross value = deferred barrels × oil sales price.
Cash-cost difference = acidizing quote − Resonflux quote. A negative result means Resonflux costs more.
When both quotes are entered, the comparison also adds the difference in deferred gross value. This combined figure is a scenario comparison, not profit, ROI or a claim of permanent savings.
Assumes a constant baseline rate and a full shutdown for the entered hours. Excludes production uplift after treatment, decline, later catch-up production, royalties, taxes, operating margin, discounting and treatment success probability. Results are rounded for display.
What the research actually says
A treatment stage and total time off production are different measures. Compare the full shutdown period for each method.
A 2019 Indonesian Petroleum Association case study of well XY-302 describes a slow-reacting chelating acid treatment: the first attempt used a 24-hour soak and the second used a 48-hour soak. This supports the existence of long soak periods for that particular system. It does not mean every conventional HCl acid job takes 48 hours, or that 48 hours is a maximum.
Read the IPA case abstract: XY-302, 2019.
For Resonflux, the supplied technical record describes 4–8 hours of active treatment per zone. Mobilisation, access, deployment, tool recovery and restart affect the job schedule. Work on selected gas-lift wells has been performed while producing; that possibility must be confirmed for the actual completion.
The calculator starts with 48 hours versus 12 hours of total downtime as an editable illustration. The 12-hour value is not a measured fleet average, a quoted schedule or the downtime recorded for F-42.
Resonflux technology record
94 → 413
barrels of oil per day, before and after treatment
The calculator uses the 94-barrel baseline only. It does not carry the recorded +339% response into your projected revenue.
Read the documented responseResonflux technology record
12 → 39
m³ of oil per day, before and after treatment
The alternative calculator preset converts the original 12 m³/day into approximately 75.48 barrels/day. Treatment time depends on the horizontal interval.
Read the documented responsePublished acidizing example · SLB
+70%
reported oil-production increase after an engineered acid treatment
Acidizing can be effective too. This different well is context, not a head-to-head trial or proof that either technology would win on your well.
Read the SLB case studyThese records do not include matched quotes and complete comparable job timelines for both methods on the same well. They cannot establish a universal dollar saving. Our 1987 field report provides additional technology evidence, rather than current pricing.
No. Actual quotes, access, total shutdown time and the likely treatment response all matter. The calculator can show an advantage for either method. Enter comparable all-in quotes instead of assuming an industry-wide price.
No. The cited XY-302 case used a slow-reacting chelating acid system with 24-hour and 48-hour soak periods. Those are specific treatment stages, not universal total job times. Use the complete schedule for your planned acid job.
Only if the engineering plan supports treatment while producing. The supplied record includes coiled-tubing work on selected gas-lift wells under producing conditions. Other wells require a shutdown, and tool deployment and restart must be counted.
The case studies describe different wells and operating conditions. They do not predict the response of your well or establish what acidizing would have achieved on the same well. A production-uplift and payback model needs a well-specific engineering forecast.
Send the production history, completion details and any alternative treatment proposal. We can assess the technical fit and define the Resonflux scope.