Research direction (Environmental Science and Technology)

      1. Waste treatment technology

      By waste water, waste gas, waste detection, treatment, control technology research, to carry out the "three wastes" comprehensive management and control, prevent and control industrial "three wastes" pollution. It has formed a series of waste water, waste gas, waste detection technology, based on the conduct of governance and control technology for the petrochemical industrial pollution control provide theoretical guidance and technical support.

      Wastewater Treatment Technology:

      Chemical waste is generated during the chemical production process wastewater, equipment wash water, drain water condensate contaminated water, having a complex composition and structure, toxicity, B / C low difficult biochemical, odor resistance, and high chroma. In the chemical industry to take a different treatment processes, such as the combination approach physical, chemical, physico-chemical, biological, chemical precipitation, microelectrolysis, and a variety of treatment methods according to the characteristics of pollutants.

      □ Petroleum coke and water slurry gasification research

       Multi-effect evaporation concentrated saline wastewater Petrochemical Enterprises

      Oilfield wastewater containing polyethylene efficient treatment agent developed

       Refinery refractory wastewater treatment technology


      Exhaust gas treatment technology:

      Chemical pollution of the atmosphere gas is toxic and harmful gases discharged in chemical production, with explosive, toxic, corrosive, foul-smelling, and so many kinds of floating particles, usually including SO2, NOx, COx, Cl2, hydrogen sulfide , HCl, NH3 and other contaminants and pH was methane and other volatile organic compounds and dust.

      Strong accounting techniques and application of the main source of atmospheric Petrochemical Enterprises

       Ambient Air Distribution and analytical study of the sources of PM2.5

       No super heavy oil processing on the emission characteristics of the organization

       Low concentrations of organic waste gas treatment research biofiltration

      Waste treatment technology:

       Study on microbial remediation of petroleum contaminated soil properties

       Refinery bioremediation technology research stench

      2. The environmental risk assessment and control technology

      Environmental risk identification and assessment techniques

       Environmental emergency plan

      Refining business malodorous gas treatment complete sets of technology industrialization

      Petrochemical enterprises of inferior materials handling technology utilization

      3.VOCs leak detection and repair technology

       Leak detection and repair techniques (LDAR)

      Underground storage tanks and pipeline leak detection study

       Petrochemical industry emissions testing and calculation of VOCs

       Gas and liquid hydrocarbon pipeline valves, leak detection study Neta safety valve

       Chemical plant oil leak detection, repair, implementation and evaluation of technology

      □ VOCs catalytic combustion technology

      4. Environmental Impact Assessment (EIA)

      Conduct for petrochemical, oil and gas field development, long-distance pipeline construction projects such as environmental assessment impact study environmental impact in the planning and construction project may cause to the analysis, prediction and assessment, preventing or mitigating adverse environmental impacts of policies and measures, the method and system perform tracking and monitoring.

      5. Heavy metals in crude oil processing, the distribution of sulfide migration, risk analysis and Pollution Control Technology
  
      6. Refining means low temperature waste heat recovery and utilization research, such as research refinery low-temperature heat for saline wastewater enrichment technology

  
      7. Environmental Monitoring

      Toxic substances in workplace air, dust, noise, air quality(Non-methane hydrocarbons, hydrogen sulfide, sulfur dioxide, PM2.5, etc.), waste gas and waste water(Nitrates, nitrites, ammonia nitrogen, total cyanide), soil quality(Total arsenic, total mercury, total lead, total zinc), etc.

      8. refining apparatus corrosion Measures

      By optimization of injection agent preservative measures against all kinds of anti-corrosion additives corresponding performance evaluation and screening, has completed "oil company CNOOC Sichuan gas tank low temperature demulsifier screening," "days of hospital hypothermia inhibitor, demulsifier performance evaluation "," Taizhou Chemical Co. advanced and high temperature corrosion performance evaluation "and other research.

      Distillation unit "one off three note" Effect

       Note distillation and alkali corrosion program guide

       Distillation unit

      Evaluation of Low Temperature Corrosion Inhibitor

       Evaluation of high and low temperature demulsifier

       Demulsifier screening

     
□ Inhibitor Screening

      9. Energy assessment and optimization techniques

      □ Development of petrochemical enterprise energy-saving technology

      □ Petrochemical enterprise system energy optimization analysis

      □ Research on heat transfer theory and its application in refinery project

      □ Study clean combustion technology and efficient, low-pollution combustion equipment

      □ Petroleum and Petrochemical Enterprises Engineering system energy saving and optimization techniques

      □ Reliability of technology and energy-saving heating equipment


      10. The energy management system research, cleaner production audit

      Energy management system to establish follow PDCA continuous improvement model, the energy management into the daily activities of the enterprise, constantly optimize the adjustment for implementation of uninterrupted energy use tracking services, the key features of the operation and process monitoring and measurement, continuous improvement of energy performance and energy management system, improve energy levels. Through the production and logistics of the whole process of production of pollution of quantitative measurement, analysis, high consumption, high energy consumption, high pollution reasons, to carry out clean production research program to reduce and prevent pollutants to achieve energy conservation, energy, pollution reduction, increased the purpose of efficiency.