Powering Energy Transition
    Builds a complete industrial chain for chemical enterprises.
    Optimizing Process Technology
    Converts olefin resources into high-value chemical products.
    Processing Separating Synthesizing
    Processing heavy oils/low-quality crude, Separating oil & chemical, Synthesizing fine chemical products.
    Offering Full-Cycle Industry Solutions
    Optimize refining and chemical production processes.

    Foucs on Energy Transition & Chemical

    Professional Solutions

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    Refining

    Technology

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    Chemical

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    Catalysts

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    Adsorbents

    Application Projects

    We turn technologies into industrial success

    01
    Heavy Oil Processing
    Direct Petroleum Cut to Chemicals in 2.5 MTPA FCC Unit
    Direct Petroleum Cut to Chemicals in 2.5 MTPA FCC Unit: Despite challenging feedstock, achieved 1.0%↑ LPG yield and 0.8↓Coke yield. Unit throughput boosted to 110%.
    01
    Heavy Oil Processing
    Direct Petroleum Cut to Chemicals in 2.5 MTPA FCC Unit
    Direct Petroleum Cut to Chemicals in 2.5 MTPA FCC Unit: Despite challenging feedstock, achieved 1.0%↑ LPG yield and 0.8↓Coke yield. Unit throughput boosted to 110%.
    01
    Distillate Oil Separation
    Adsorption Separation Project
    Adsorption Separation Project: Directly produced High-Purity Ethylbenzene (≥99.9 wt%). Reduced Ethylene consumption by ~25 KTPA in Styrene production. Overall energy consumption ↓10%.
    01
    Distillate Oil Separation
    Adsorption Separation Project
    Adsorption Separation Project: Directly produced High-Purity Ethylbenzene (≥99.9 wt%). Reduced Ethylene consumption by ~25 KTPA in Styrene production. Overall energy consumption ↓10%.
    01
    Olefin Valorization
    Propylene Carbonylation for high-value product differentiation
    Propylene Carbonylation for high-value product differentiation: Core catalyst successfully used in projects, with production capacity exceeding 600,000 tons per year.
    01
    Olefin Valorization
    Propylene Carbonylation for high-value product differentiation
    Propylene Carbonylation for high-value product differentiation: Core catalyst successfully used in projects, with production capacity exceeding 600,000 tons per year.
    01
    Sulfur Chemicals Production
    Production of High-Purity Hydrogen Sulfide
    Production of High-Purity Hydrogen Sulfide from Sulfur and Hydrogen using a tube reactor: Product purity reached ≥ 99.5%. Provides premium feedstock for advanced sulfide chemicals development.
    01
    Sulfur Chemicals Production
    Production of High-Purity Hydrogen Sulfide
    Production of High-Purity Hydrogen Sulfide from Sulfur and Hydrogen using a tube reactor: Product purity reached ≥ 99.5%. Provides premium feedstock for advanced sulfide chemicals development.

    Neorius Technology

    Your partner in the engineering consulting, design, and EPC.

    We deliver integrated solutions for the energy and chemical industries, with a strong focus on refining technology, chemical technology Catalysts and Absorbents. We are committed to providing our clients with technology licensing, process development, engineering design, manufacturing, installation, and commissioning services.

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    Advance, Apply, Actualize

    Enhancing output, resolving bottlenecks, and driving transformation

    across the chemical and energy sectors.

    Pioneering Refining Technology

    Focusing on the deep conversion and process of petroleum composition, we optimize the structure of refinery process, to maximize feedstock value and drive green, low-carbon transformation.

    Leading Chemical Technology

    Dedicated to the high-value utilization of petrochemicals, we bridge the entire value chain from commodity feedstocks to advanced high-end materials, enhancing industrial added value.

    High-Performance Catalysts

    Developing high-efficiency industrial catalysts integrated with proprietary processes to serve as the core engine for optimal unit operation and reaction control.

    High Efficiency Adsorbents

    Engineering proprietary, high-performance adsorbents to achieve precise, component-level separation and purification, significantly improving resource efficiency.

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