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Offshore oil platforms at sunset
HYDROSTIM · PATENTED · 9 COUNTRIES

The oil & gas is already in your reservoir.
We unlock it.

A game-changing, hydrogen-driven well stimulation technology — delivering gains of up to 2,000%, without hydraulic fracturing or special equipment.

✓Gentle by Design. Powerful by Result.
Safe for the well. Profitable for the field.
25+
YEARS
9
COUNTRIES
500+
WELLS
96%
SUCCESS
2,000%
MAX GAIN
TRUSTED BY OPERATORS & INSTITUTIONS WORLDWIDE
SOCAR Eni Turkmengaz Turkmennebit ONGC IPMash NASU
WHY HYDROSTIM
One treatment. All causes resolved.

Conventional methods address one cause of productivity decline. HYDROSTIM eliminates all major damage factors simultaneously in a single controlled cycle.

01 · CHEMICAL
Hot acids formed in-situ
Including aqua regia — dissolves ARPD and mineral deposits directly inside the formation.
02 · PHYSICAL
Hydrogen diffusion
Activated H₂ penetrates the tightest formations, opening pathways for subsequent agents.
03 · THERMAL
100–350°C · Controllable
Temperature, pressure and composition are precisely managed at every stage of the CTP.
04 · MECHANICAL
Pore unlocking
Local pressure rise causes microfracturing and creation of new permanent flow drains.
Oil pump with motorcycles
FIELD OPERATIONS · 9 COUNTRIES · 500+ WELLS
25+ years in the field.
Standard equipment only.
SELECTED RESULTS
Proven across 9 countries
UKRAINE · GAS
Well #20 — zero inflow, shut-in
20,000 m³/d
First inflow within 10 hours
RUSSIA · OIL
Well #633 — horizontal
+465%
MFP: 3 months → 4 years
UKRAINE · GAS
Well #119 · Kristische
+1,475%
4,000 → 63,000 m³/day
TURKMENISTAN · GAS
100-well programme
+50–400%
5-year sustained effect
AZERBAIJAN · OIL
13 wells · SOCAR 2023–25
+20–178%
Sand reduced 50–66%
CHINA · OIL
Well #5854 · CNPC
+436%
2.8 → 15.0 t/day
CTP · 6 PATENTS · SPE PUBLISHED
Complex Hydrogen
Thermobaric-Chemical Effect

Developed over 25+ years at IPMach NAS of Ukraine — formerly the USSR leading institute in hydrogen energy.

One Treatment. Total Control. Zero Collateral.

Conventional methods target one cause at a time — HYDROSTIM resolves all of them at once, in a single, multifactorial yet gentle treatment.

HYDROSTIM is, above all, a technology built on a comprehensive approach. It integrates thermal, chemical, physical and mechanical action into one treatment — precisely managed, fully controlled, and directed exactly where formation damage and low productivity challenges live, and nowhere else. Every stage is engineered to work together, not in isolation. Nothing is left to chance for the well, the reservoir, or the environment.

The economics follow the same logic: one treatment instead of several, standard equipment instead of a specialised fleet — a productivity gain that starts paying for itself in weeks, not seasons, and keeps paying for years.

WHY IT STANDS APART
Comprehensive — every major damage mechanism addressed simultaneously, not sequentially
Universal — proven across sandstone, carbonate, tight, and unconsolidated reservoirs alike
Deep-reaching — penetrates meters into the formation, where conventional treatments only touch the surface
Controlled micro-fracturing — a deliberate, engineered effect that opens new flow paths — with no macro-fracture and no wellbore integrity risk
Precisely controlled — temperature, pressure, reaction composition and stage duration engineered and managed throughout
Standard equipment — no specialised fleet, no proppant, no HF infrastructure
Lasting — effects sustained from 12 months to 6+ years, not a temporary fix

Proven across 500+ well treatments in 9 countries, over 25+ years of continuous field deployment.

KEY PARAMETERS
350°C
Maximum treatment temperature
107%
Return permeability after treatment
80×
Phase permeability increase (lab)
12–24h
Well shut-in after injection
5+ yrs
Sustained effect duration
WWR/CTU
Standard equipment only
FOR DECISION-MAKERS
The Simple Picture

Two specially formulated process fluids — Component A and Component B — are pumped sequentially down the well and placed at the bottomhole, near the productive formation. When they mix in the casing, a fully controlled multi-stage chemical reaction begins.

This reaction generates a powerful combination of effects: intense heat, activated hydrogen gas, hot acids, alkali, nitrogen oxides (NOx), carbon oxides (CO, CO2), and in-situ generated surfactants — all produced directly in the formation zone. These active agents penetrate deep into the reservoir rock, cleaning the pore space, dissolving damage agents, creating new micro-scale flow channels, and restoring — or even exceeding — the formation's original permeability.

The well is then shut in for 12–24 hours to allow the reactions to complete and the active agents to penetrate the formation. A neutraliser fluid is then pumped to terminate the reactions and consolidate the treatment effect. The well is then brought back on production.

The outcome: a well that flows again — often at rates significantly higher than its pre-damage baseline — with a sustained, long-lasting production effect.

CTP PROCESS — ILLUSTRATED FROM SLIDES
What happens inside the formation

Click any step to view the diagram.

EFFECT
Implementation Overview
Sequential A + B injection
Component A and Component B are pumped sequentially through tubing. Mixing in the production casing initiates a cascade of controlled exothermic reactions. A 12–24 hour shut-in period is required.
Step 1 of 9
ANIMATED VISUALIZATION — PORE LEVEL
4-Stage CTP inside the formation

Click a stage to animate.

PROCESS
H₂ activation
HRA hydrolysis generates activated H₂ directly in the BFZ.
EFFECT IN FORMATION
H₂ penetrates all pores
Blue molecules diffuse through the pore network.
DETAILED PROCESS
Stage 1
100–150°C
Low-temperature H₂ activation
HRA hydrolysis generates activated hydrogen directly in the BFZ. Hydrogen — the smallest molecule — penetrates the tightest formations, opening pathways for subsequent reagents.
Stage 2
200–350°C
Thermogas-chemical acid effect
Hot acids incl. aqua regia form in-situ, followed by a controlled acid–alkali–acid pH cycle. This widens the range of deposits dissolved — mineral scale, cement residues, drilling mud and ARPD — well beyond what a single acid stage could reach.
Stage 3
250–350°C
Hydrocracking & controlled micro-fracturing
Heavy hydrocarbons and ARPD are hydrocracked into lighter fractions. In parallel, four mechanisms combine to open a network of controlled micro-fractures: thermo-mechanical stress from rapid heating, micro-pressure impulses in the pore volume, chemical weakening by the acids and alkalis, and hydrocracking itself — creating new permanent flow drains without a single macro-fracture.
Stage 4
~250°C
Neutralisation & consolidation
Proprietary neutraliser injected, neutralising reaction products and generating natural surfactants in situ that keep newly opened channels clean. Weakly cemented reservoirs are consolidated — sand production controlled. Well flushed and put on production.
Field equipment
FIELD EQUIPMENT
Standard equipment.
Zero special hardware.

HYDROSTIM uses only standard workover rigs or CTU already on site.

FULL CONTROLLABILITY
Every parameter.
Every stage.
Under control.

Unlike conventional stimulation, every stage of HYDROSTIM is precisely managed: temperature, pressure, chemical composition and duration.

Oil pressure gauge
Oil pump with motorcycles
CASE STUDIES
500+ wells.
9 countries.
96% success.
WELL / FIELD TYPE BEFORE AFTER GAIN
UKRAINE · GASWell #20 · LucenkivskeGas0 m³/day24,000 m³/dayRevival
UKRAINE · GASWell #119 · KristischeGas4,000 m³/day63,000 m³/day+1,475%
UKRAINE · GASWell #A2X · post-HFGas80,000 m³/day230,000 m³/day+187%
RUSSIA · OILWell #633 · horizontalOil7.8 m³/day44 m³/day+465%
RUSSIA · GAS COND.Well #24 · LevintsyGas11,000 m³/day120,000 m³/day+991%
TURKMENISTAN · GASDovletabad · TurkmengazGasbase rate+50%+ per well30 wells
TURKMENISTAN · OILWell #804 · NabitdagnebitOil0 m³/day15 m³/dayRevival
TURKMENISTAN · OILWell #871 · Barsy GelmesOil8.0 m³/day28 m³/day+350%
AZERBAIJAN · OILWell #141 · SOCAROil7.0 m³/day9.9 m³/day+42%
AZERBAIJAN · OILWell #666 · SOCAROil2.8 m³/day7.8 m³/day+178%
CHINA · OILWell #5854 · CNPCOil2.8 t/day15.0 t/day+436%
CHINA · OILWell #98-84 · CNPCOil4.6 t/day9.2 t/day+100%
GEORGIA · OILWell #39 · Jindal PetroleumOil2.9 m³/day5.2 m³/day+79%
CLIENTS & PARTNERS
SOCARCNPCRosneftGazpromneftNovatekTurkmennebitTurkmengazONGCTurkish PetroleumJindal PetroleumPetro KazakhstanENI
Oil macro
ABOUT IPT COMPANY
The inventors,
not licensees.

IPT Company was founded in 2021 by the scientists who invented, patented and continuously improve HYDROSTIM — in exclusive partnership with the A.M. Pidgornyi Institute, NAS of Ukraine.

WHY IPT COMPANY
⚗
25+ years deployed
Applied in 9 countries on hundreds of wells since the late 1990s.
📜
6 patents + SPE publications
NAS of Ukraine. SPE 171676, SPE-217608, SPE-217614.
⚛
Unique hydrogen expertise
Heritage of the USSR's leading hydrogen energy institute.
🔧
No special equipment
Standard WWR or CTU only.
🌱
Green technology
Zero environmental incidents in 25+ years across 9 countries.
💡
Full-cycle turnkey
From candidate screening to post-treatment advisory.
OUR TEAM
Scientists & engineers — all inventors
OK
Dr. Oleg Kravchenko
CTO & CO-INVENTOR · DSc
Corresponding Member, NAS of Ukraine. Lead inventor, 6 patents, SPE presenter.
DV
Dr. Dmytro Veligotskyi
DEPUTY CTO & CO-INVENTOR · PhD
Co-developer of multi-stage CTP. Heads lab research. Patent UA 125780.
IS
Irina Schemaeva
CEO · BUSINESS DEVELOPMENT
Strategic leadership and international operations. Company entered 9 country markets.
AB
Artem Bashtovoy
HEAD OF FIELD OPERATIONS
Sr. Petroleum Engineer. 6 countries experience.
OA
Olexyi Antonov
LEAD CHEMIST · PhD
Formulation and QC of Component A and B. HRA, activators, inhibitors, surfactants.
IB
Dr. Igor Baranov
MODELLING & JOB DESIGN · PhD
Computer simulation of CTP for each well. Thermobaric modelling.
LABORATORY INFRASTRUCTURE
Unique patented experimental complex

We developed, built and patented a unique Experimental Complex for modelling HYDROSTIM CTP under real downhole conditions (Patent UA 125780).

High-pressure equipment
High-pressure reactors
Modelling CTP reactions under real thermobaric parameters.
Injection equipment
HPRTO installations
High-pressure thermooxidation testing and gas chromatography.
Oil analysis
Core sample analysis
Poroperm analysis on cores under simulated thermobaric conditions.
Fluid chemistry
Process fluid formulation
Custom design of Component A and B — HRA, activators, inhibitors and surfactants.
OUR SERVICES
Full-cycle turnkey service
01
Candidate Screening
Technical analysis of well data, production history and reservoir characteristics.
02
Geophysical Modelling
Computer simulation of CHTBCE for individual well parameters.
03
Process Fluid Design
Custom Component A & B with optimised activators.
04
Core Studies
Poroperm analysis under simulated conditions.
05
Job Design
Fluid volumes, pumping schedule, HSE plan.
06
Field Execution
Turnkey using client's standard WWR or CTU.
07
Post-Treatment Monitoring
Production surveillance, pressure testing, fluid analysis.
08
Development Advisory
Workover scheduling and field development strategy.
Science and chemistry
IPT COMPANY & IPMACH NAS UKRAINE
25 years of science.
Brought to the world market.
Field equipment
IPT — IPMACH RELATIONSHIP
Not just a license.
The same people.

IPT Company was founded by the very scientists who invented HYDROSTIM — in exclusive partnership with IPMach NAS Ukraine.

IPMACH NAS UKRAINE
Scientific research · Lab work · R&D · Patents · Publications
IPT COMPANY
Commercial ops · Global sales · Field execution · Clients
HISTORY TIMELINE
From laboratory to global markets
LATE 1990s
Research begins at IPMach NAS Ukraine
Dr. Kravchenko and team begin systematic development of thermobaric-chemical treatment. The Institute's heritage in hydrogen energy provides the scientific foundation.
2000–2005
First field deployments — Ukraine
HYDROSTIM tested on gas wells. First commercial results: revival of shut-in wells. Achtyrkaneftegas and Shebelinka become early clients.
2006–2009
International expansion — Russia & Kazakhstan
Technology deployed with Rosneft, Gazpromneft, Novatek. Kazakhstan operations commence. First patents registered.
2010–2011
Turkmenistan — Dovletabad breakthrough
Successful pilot at Dovletabad. Commercial contract for 100 wells with Turkmennebit. +50–400% per well, 5+ year effect.
2012–2020
China, India, Georgia, Turkey
HYDROSTIM deployed with CNPC, ONGC, Turkish Petroleum and Jindal. SPE publications establish international scientific credibility.
2021
IPT Company founded
The inventors establish IPT Company in exclusive partnership with IPMach NAS Ukraine — bridging world-class science and the global industry.
2023–2025
Azerbaijan — SOCAR 13-well campaign
13 SOCAR wells. Average gain +51%. Sand reduced 50–66%. Turkmengaz extends Dovletabad contract to 30 gas wells.
2026 →
New frontiers — South Asia, Middle East, Africa
IPT Company actively pursuing opportunities in Bangladesh, the Middle East and Africa.
GLOBAL DEPLOYMENT
9 countries · 500+ wells treated

Hover over markers or click a country card for details.

EQUATOR 100+ 80+ 130+ 13 10+ UKRAINE RUSSIA TURKMENISTAN AZERB. CHINA INDIA GEORGIA KAZAKH. TURKEY TOTAL DEPLOYMENT 9 countries · 500+ wells
← Select a country for details
PARTNERS & CLIENTS
Trusted by leading operators worldwide
SOCAR
Azerbaijan
State Oil Company
CNPC
China
National Oil Company
Rosneft
Russia
Major Oil Company
Turkmengaz
Turkmenistan
State Gas Concern
Turkmennebit
Turkmenistan
State Oil Company
ONGC
India
National Oil Corporation
Gazpromneft
Russia
Major Oil Company
Turkish Petroleum
Turkey
National Oil Company
Novatek
Russia
Major Gas Company
ENI
Turkmenistan
International Operator
Jindal Petroleum
Georgia
Independent Operator
IPMach NAS Ukraine
Kharkiv, Ukraine
Scientific Partner
FAQ
Frequently asked questions
Didn't find your answer?

Our technical team will respond within 48 hours.

Share your well data with us — and we will design the optimal, most effective and cost-efficient stimulation programme purpose-built for your well, your reservoir, and your production targets — and back it with results, not promises.
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IPT COMPANY
📍
10 Unetskyi lane, Kharkiv, Ukraine, 61066
🏛
Partner: A.M. Pidgornyi Institute, NAS of Ukraine
HOW TO START
01
Submit well data for preliminary assessment
02
Receive no-obligation technology fit assessment
03
Technical presentation with our scientists
04
Pilot well selection and treatment design
05
Field execution and results delivery
This document is for the recipient only and is not for further distribution.

Share your well data — and we will design a stimulation programme purpose-built for your well, your reservoir, and your production targets. Backed by results, not promises.

REQUEST WELL ASSESSMENT
We respond within 48 hours. All data strictly confidential.