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      Q: What are the research directions of group?
 
      A:
 
      I. Environmental Studies
 
      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.
     
      ① Air Pollution Control Technology
 
      Mainly for the oil and petrochemical enterprises of various types of waste gas treatment technologies, the main research direction: "stench" pollution control and assessment techniques, catalytic flue gas desulfurization and denitrification technology, organic waste gas catalytic oxidation technology, "low carbon" emission control and evaluation techniques .
     
      ② Water Pollution Control Technology
 
      It is to study new technologies to the oil and petrochemical industry wastewater, including process optimization, pharmacy compounding, processing new technology research unit, focusing on compliance refractory organic wastewater treatment, advanced treatment of wastewater and petrochemical enterprises reuse technology; Oilfield water, oil field produced water recycling; petrochemical enterprises waste water "zero emissions" technology.
 
      ③ solid waste pollution control technology
     
      Reduce the generation of solid waste, adequate and reasonable utilization and safe disposal of solid waste, to combat their pollution to the environment projects.
      
      2. extremophiles technology
 
      The main use of microbes in extreme conditions (high temperature, drought, high pressure, high salt, etc.) refractory wastewater treatment, oily soil remediation, oil-degrading bacteria filter efficiency, the use of high-end equipment identification extremophiles.
 
      3. Environmental Impact Assessment
 
      Environmental Impact Assessment on proprietary technology research, evaluation methods, including water, gas, sound, slag, soil, ecological and other environmental factors, model optimization, research engineering analysis, environmental control and other topics of risk assessment techniques. Water pollution control technology.
       
      4.VOCs leak detection and repair technology
 
      ① leak detection and repair techniques (LDAR)
 
      ② underground storage tanks and pipeline leak detection study
 
      ③ petrochemical industry emissions testing and calculation of VOCs
 
      ④ gas and liquid hydrocarbon pipeline valves, leak detection study Neta safety valve
 
      ⑤ petrochemical plant leak detection, repair, implementation and evaluation of technology
 
      II. Security Protection
 
      1. Chemical Process Safety
 
      Operation of security technology ① chemical means long term safe
 
      ② versatile Simulation for Chemical Process Safety Platform
 
      Production process safety testing technology ③ Petrochemical
 
      ④ Chemical Production Risk Assessment and Application of Technology
 
      Study ⑤ offshore oil facilities quantitative risk assessment techniques
 
      ⑥ key equipment Chemical Risk Assessment and Control Technology residual strength
 
      ⑦ Process Safety Dynamic Simulation and Application of Technology
 
      ⑧ chemical plant HAZOP Technology and Application
 
      ⑨ Behavior Safety Assessment System Diagnostics
 
      ⑩ establish corporate safety culture and promote the use of
 
      2. Quantitative Risk Assessment of Chemical Technology
 
      Based on failure mode analysis, accident model theory, the theory of the accident caused the accident due to the consequences of the analog computing technology, the accident frequency analysis technology, the probability of an accident and the consequences of disaster research chemical production process of quantitative analysis theory, development of chemical quantitative risk assessment applications theory.
 
      3. thermal runaway reaction
 
      All kinds of catastrophic accidents and reaction to heat and chemicals hazardous characteristics appear in the course of the reaction runaway disaster as the research object, dangerous chemicals thermal runaway process mechanism to explore the establishment based on the influencing factors of thermal runaway thermal runaway critical criterion provide important theoretical basis for the production of dangerous chemicals, transportation and storage and other links.
 
      III. Evaluation and optimization of energy-saving technology
 
      ① Development of petrochemical enterprise energy-saving technology
 
      ② petrochemical enterprise system energy optimization analysis
 
      Study ③ heat transfer theory and its application in oil refining project
 
      Study ④ clean combustion technology and efficient, low-pollution combustion equipment
 
      ⑤ petrochemical enterprises and petroleum engineering systems and energy-saving technology optimization
 
      ⑥ thermal equipment energy efficiency and technical reliability study