Field-proven chemical solutions for acidizing, fracturing, profile control, gathering, and production treatment. Deployed across Bohai Sea, Middle East, Xinjiang, Daqing, Sichuan, South China Sea, and Tarim operations -- tested to petroleum industry first-class standards.
Our technology platforms address specific challenges that conventional oilfield chemistry cannot solve, validated through field deployment across major operating regions.
Our supermolecular pre-construction creates nanometer-scale water channels in dry powders for 1-3 minute dissolution. Salt resistance through hydrophobic association interactions enables performance in reservoirs exceeding 30,000 mg/L salinity.
Materials Studio-based molecular design creates corrosion inhibitors that meet first-class standards from 90°C to 180°C. Molecular-level optimization of adsorption configurations and functional groups for ultra-deep well environments.
Polymers that form three-dimensional networks exclusively in CO2 environments, combined with acid-resistant foam, achieve plugging rates exceeding 96% and gas reduction rates exceeding 98% across the 40-90°C temperature range.
Viscoelastic surfactant molecules that transform from spherical to worm-like micelles as acid reacts with rock, creating intelligent temporary plugging that diverts acid to low-permeability zones automatically.
Four core product lines covering acidizing and fracturing, profile control and flooding, gathering and transmission, and oil/gas/water treatment -- with documented field performance data.
Supermolecular instant-dissolving polymers, emulsion gelled acids, corrosion inhibitors rated to 180°C, VES diverting agents, autogenic acid systems, and acid additives. Deployed in Bohai Sea, Middle East, and Sichuan shale gas.
Learn MoreCO2-responsive gel anti-channeling (>96% plugging rate), horizontal well composite water shutoff, nano-imbibition oil displacement (20% recovery increase), and foam drainage systems. Proven in Xinjiang and Daqing operations.
Learn MoreDrag reducers (47% throughput increase), imidazoline corrosion inhibitors (97% failure rate reduction across 5,000+ km), asphaltene inhibitors, wax prevention agents, and pour point depressants. Deployed across Tarim Oilfield.
Learn MoreHeavy oil viscosity reducers (2,000+ tons/year production increase), composite sulfur removal agents (30+ high-sulfur wells), wax de-blocking agents (>90% high-carbon wax dispersion), and natural gas desulfurization systems.
Learn MoreEvery product in our portfolio has documented field performance data from real operations. Our technology platforms solve specific challenges that conventional oilfield chemistry cannot address, validated through deployment across major global operating regions.
All products tested to petroleum industry first-class standards
Collaborative research with Southwest Petroleum University
Supermolecular, quantum chemistry, VES, CO2-responsive
Bohai Sea, Middle East, Xinjiang, Daqing, Sichuan, Tarim
Molecular design through Materials Studio quantum chemistry, not off-the-shelf formulations.
Nanometer-scale water channels enable 1-3 minute dissolution and superior salt resistance.
5%+ recovery improvement, 97% pipeline failure reduction, 96%+ plugging rates.
HAAKE RS600 rheometers, dynamic corrosion instruments, and core displacement systems.
Our proprietary technology platforms -- supermolecular pre-construction, quantum chemistry molecular design, VES micelle transformation, and CO2-responsive polymer systems -- represent genuine advances in oilfield chemistry that translate directly into measurable operational improvements.
Our collaborative research partnership with Southwest Petroleum University combines academic rigor with field-proven deployment, driving innovation across all four product lines through advanced computational and analytical methods.
Materials Studio quantum chemistry software enables molecular-level design of corrosion inhibitors, polymer structures, and surfactant configurations.
HAAKE RS600 high-temperature rheometers, TX-500C interfacial tensiometers, NMR pore analysis, and dynamic corrosion instruments for rigorous performance evaluation.
All products evaluated against SY/T petroleum industry standards including SY/T 6214, SY/T 6296, SY/T 5886, SY/T 6571, and SY/T 6300.
Supermolecular instant dissolution eliminates the need for large maturation tanks, reducing chemical waste and site footprint.
Our salt-resistant polymers are compatible with high-calcium/magnesium produced water, enabling efficient wastewater recycling.
Our CO2-responsive systems improve CO2 flooding efficiency, reducing gas waste and maximizing oil recovery from existing wells.
97% reduction in pipeline failures across 5,000+ km prevents leaks, spills, and associated environmental contamination.
Our technologies inherently reduce environmental impact while improving operational performance. Supermolecular instant-dissolving powders eliminate the need for large maturation tanks and reduce on-site chemical handling. VES diverting agents break down on contact with formation hydrocarbons, leaving no permanent residue. Our CO2-responsive systems improve the efficiency of CO2 flooding operations, reducing greenhouse gas waste.
Pipeline corrosion protection across 5,000+ km of Tarim Oilfield infrastructure prevents leaks and spills that would otherwise contaminate surrounding environments. Our produced water-compatible formulations enable wastewater recycling rather than disposal, and our nano-imbibition oil displacement technology recovers additional oil from existing wells without new drilling.
Discuss Your Sustainability GoalsDocumented performance data from real operations across major global producing regions.
Bohai Sea offshore oil field, 85°C, salinity exceeding 30,000 mg/L. Supermolecular instant-dissolving powder with salt-resistant surfactant deployed as binary composite flooding system. Recovery rate increased by more than 5 percentage points above conventional system predictions. Instant dissolution eliminated need for large maturation tanks on space-constrained platforms.
Xinjiang oilfield CO2 flooding operations experiencing severe gas channeling. CO2-responsive gel + acid-resistant foam composite sealing deployed across multiple well groups. Average daily gas production reduced from 11,000 m3 to 5,600 m3, with 260-ton average oil increase per treatment stage. Oil production rose from 5.1 t/day to 17.6 t/day in western block operations.
Tarim Oilfield pipeline corrosion inhibitor deployment across 9 business divisions. Coverage expanded to 5,000+ km of carbon steel pipelines under varying conditions. Pipeline leakage failures dropped from 418 incidents (2016) to 49 incidents (2022). Failure rate reduced from 0.116 to 0.003 per km per year -- a 97% reduction in pipeline failures.
Whether you need corrosion protection at 180°C, CO2 channeling control, instant-dissolving polymers for offshore operations, or pipeline integrity solutions across thousands of kilometers -- we have documented field results to back every recommendation.