Redefining oil and gas chemistry through nanotechnology, custom formulation, and a commitment to environmental sustainability.
NanoChem Petroleum Solutions (NCPS) delivers specialized oilfield chemical solutions developed through collaborative research with Southwest Petroleum University and validated through deployment across some of the world's most demanding operating environments. Our products are tested to petroleum industry first-class standards (SY/T series) and proven in field operations spanning Bohai Sea offshore platforms, Middle East carbonate reservoirs, Xinjiang conglomerate and shale formations, Daqing mature waterfloods, Sichuan shale gas plays, and South China Sea deep-water operations.
Our portfolio covers four core product lines: acidizing and fracturing working fluids (including supermolecular instant-dissolving polymers, emulsion gelled acids, corrosion inhibitors rated to 180°C, VES diverting agents, and autogenic acid systems); profile control and flooding products (CO2 anti-channeling, horizontal well water shutoff, nano-imbibition oil displacement); gathering and transmission chemicals (drag reducers, pipeline corrosion inhibitors, asphaltene inhibitors, wax prevention agents); and oil, gas, and water treatment solutions (desulfurization, viscosity reduction, wax removal).
What distinguishes NCPS is our focus on solving specific technical challenges that conventional chemistry cannot address: corrosion protection at 180°C in 7,000-meter ultra-deep wells, instant polymer dissolution for space-constrained offshore platforms, intelligent acid diversion in heterogeneous carbonates, and CO2 channeling control for enhanced recovery projects. Every product in our portfolio has documented field performance data from real operations.
Our 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 for our clients.
Nanometer-scale engineering for instant dissolution, salt resistance, and enhanced performance.
All products evaluated to SY/T petroleum industry first-class standards.
Proven across Bohai Sea, Middle East, Xinjiang, Daqing, Sichuan, South China Sea, and Tarim operations.
Collaborative research with Southwest Petroleum University driving innovation.
Four core product lines covering the full oil & gas production cycle.
To provide the oil and gas industry with advanced chemical solutions that solve specific technical challenges conventional chemistry cannot address. From corrosion protection at 180°C in ultra-deep wells to CO2 channeling control in flooding operations, from instant-dissolving polymers for offshore platforms to intelligent acid diversion in heterogeneous carbonates -- we develop, test, and deploy technologies that deliver measurable improvements in well productivity, equipment protection, and operational efficiency across global operations.
To be the industry's most trusted source of technically advanced oilfield chemistry, recognized for the depth of our research capabilities, the rigor of our testing standards, and the reliability of our field performance. We envision expanding our technology platforms -- supermolecular pre-construction, quantum chemistry molecular design, VES self-assembly, and CO2-responsive systems -- into new application areas and geographies, building on our proven track record across 5,000+ km of pipelines, ultra-deep wells to 7,000m, and reservoirs from 40°C to 180°C.
Most oilfield chemical providers offer standard formulations developed for general conditions. NCPS develops technologies that address specific, measurable challenges: polymer dissolution that takes minutes instead of hours, corrosion inhibitors that function at temperatures where conventional molecules degrade, acid systems that generate acid gradually at bottomhole conditions rather than reacting instantly at the surface, and surfactants that self-assemble into diverting agents only when triggered by the right chemical conditions.
Our products are not theoretical -- they have documented field performance across major operating regions. Our supermolecular powder improved recovery by 5+ percentage points in Bohai Sea offshore operations. Our corrosion inhibitors protect completion strings in 7,000-meter ultra-deep wells at 160°C. Our CO2-responsive gel systems reduced gas production by 50% in Xinjiang flooding operations while increasing oil output. Our pipeline corrosion inhibitors reduced failure rates by 97% across 5,000+ km of Tarim Oilfield infrastructure.
Every product is backed by laboratory evaluation against Chinese petroleum industry standards (SY/T series) and collaborative research with Southwest Petroleum University. We use Materials Studio quantum chemistry software for molecular design, HAAKE RS600 high-temperature rheometers for performance characterization, and core displacement systems for reservoir simulation testing.
This combination of fundamental research, rigorous testing, and proven field deployment is what separates NCPS from conventional chemical suppliers.
We develop solutions from molecular design through field deployment. Our supermolecular and quantum chemistry platforms enable purpose-built formulations.
Real field results: 5%+ recovery improvement, 97% pipeline failure reduction, 180°C corrosion protection, 96%+ plugging rates.
All products evaluated to SY/T petroleum industry first-class standards with documented test results and field validation data.
Deployed across Bohai Sea, Middle East, Xinjiang, Daqing, Sichuan, South China Sea, and Tarim Oilfield operations.
A client-centric methodology that combines deep scientific expertise with practical field experience to deliver results that matter.
We work directly with your engineering teams to match our technology platforms to your specific operating challenges. Whether it is ultra-deep well corrosion, CO2 flooding channeling, offshore polymer logistics, or pipeline integrity, we bring documented solutions backed by field performance data from comparable conditions.
Every product is evaluated against Chinese petroleum industry standards (SY/T series) using advanced analytical equipment: HAAKE RS600 rheometers, dynamic corrosion instruments, core displacement systems, NMR pore characterization, and interfacial tensiometers. We validate performance under simulated reservoir conditions before any field deployment.
Our track record speaks through documented results: 5+ percentage point recovery improvements, pressure reductions of 12+ MPa in acid fracturing, 97% reduction in pipeline failure rates across 5,000+ km, production increases from 0 to 6.3 t/day in re-fractured shale wells, and daily oil surges from 10t to 37t after wellbore de-blocking treatments.
Discover what custom nanotechnology chemistry can do for your operations. Let us analyze your conditions and deliver a solution that no catalog product can match.