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Risk Management

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Risk Management Risk- Uncertainty of occurrence of any unforeseen event Pure Risk- Always leads to loss Speculative Risk- May Result in loss or Gain – PowerPoint PPT presentation

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Title: Risk Management


1
Risk Management
  • Risk- Uncertainty of occurrence of any unforeseen
    event
  • Pure Risk- Always leads to loss
  • Speculative Risk- May Result in loss or Gain
  • Static Risk- Results in loss
  • Dynamic Risk- May Result in loss or Gain
  • Commercial Trade Risk
  • Insurable Risk

2
Types of Risks
  • Material Risk- Building,Plant
    Machinery,Furniture,Fixtures,fittings,Stocks.
  • Consequential Risk- Loss of production,Loss of
    profit,Loss of market,Good will.
  • Social Risk
  • Legal Risk- Product liability,Public liability.
  • Political Risk- Subsidies,Sanctions etc.

3
  • Risk Management
  • Economic protection of Companys Assets, Earnings
    Liabilities.
  • Risk Management Process
  • Identification of Risk
  • Various Methods
  • Some are Quantitative,Some are Qualitative

4
  • Check List
  • Flow chart
  • Risk Inspection
  • HAZOP
  • HAZAN
  • Fault Tree Method
  • Hazard Indices

5
Risk Evaluation
  • Arrange them in order of priority
  • Provide information for deciding the most
    appropriate way of handling.
  • Ranking risks according to
  • Frequency of loss and
  • Potential severity of loss.

6
Risk Analysis
  • Risk and Human behavior looks into psychology of
    risk.
  • How others look at the risk?
  • How they behave in the face of risk?
  • How they behave in groups?
  • Perception of Risk.

7
  • Risk analysis is to be carried out with proper
    perception of risk of risk and cost involved in
    Analysis.
  • Not to stick to one method
  • Understand company and industry
  • Should be financially reasonable
  • Accurate record keeping
  • Amount of imagination of required

8
Risk Reduction / Loss Prevention
  • Reduce probability of loss and its severity.
  • Most important for RM process.
  • Risk Reduction / Prevention can be from
  • Loss prevention
  • Safety
  • Fire protection / Detection
  • Environmental protection

9
  • Risk Retention If,
  • Charge losses against normal operation cost.
  • Contingency fund.
  • Borrow the cost of any loss, repaying over agreed
    period.
  • Risk Transfer To insurers Pure risks

10
Risk Management Common Sense
  • Disproportionate Emphasis on Risk Finance like
  • Self Insurance Alternatives
  • Non-Insurance option of Retention
  • Assumption of Loss by Numerous Techniques
  • But not much attention on Loss prevention, Safety
    and Loss control

11
Risk Management
  • On going plan to avoid circumstances and events
    that can cause loss Minimize the operational
    and financial impact of loss, should it occur.
  • Thus it includes loss prevention and loss finance

12
Thus, Risk Management principals for small and
large risks are more or less same.
13
Risk Management
  • It involves Insurance But is more than Insurance
  • It is specified part of financial management but
    is more than that
  • It may require knowledge of chemical processes,
    Fundamentals of Fire Engg. Physical properties of
    Different materials But is more than that

14
Risk Management
  • Requires Statistical Techniques But is more than
    Loss Statistics
  • Thus RM involves Multi-Disciplinary Approach.
  • Insurance Managers, Fire Engineers, Statisticians
    and the like are Dealing with many Aspects of
    Risk But no one takes overall view of Risk.

15
Risk Management
  • Risk Manager should look into overall view of the
    risk.
  • Co-ordinate with various Line Managers to get the
    same.

16
Sources of Ignition
  • The main sources of ignition involved in almost
    all industries are
  • Smoking
  • Heat of Cutting
  • Spontaneous Oxidation from Grinding
  • Welding
  • Cutting
  • Hot surfaces such as furnaces etc.
  • Electrical sparking
  • Arching
  • Impact ignition

17
Risk Exposure Data What to Look for ?
  • Layout of the Plant.
  • Interconnectivity of roads/ accessibility.
  • Proximity to Fire Stations/ Police Station/
    Hospital.
  • Condition/ location and number of Emergency
    Exits/ Stairs/ Gates.
  • Earthquake Exposure of the Buildings.(Seismic
    Zone)
  • Flood/ Inundation Exposure.
  • Landslide/ Rockslide Exposure.
  • Terrorism Exposure.
  • Proximity to Water Bodies River, Lake, Sea,
    Drains etc.
  • Internal External Drainage System.
  • Congestion at the Site.
  • Employee Employer relations (Industrial
    Relation)
  • Type of labour employed young/ mature
    skilled/ unskilled..
  • Condition of Raw/ Process/ Intermediate
    Finished Materials stored Flammable/ Hazardous.
  • Major Changes in the future/ near past.

18
Risk Exposure Data What to Look for ?
  • Neighboring occupancies their exposure.
  • History of Natural disasters/ AOG Perils Flood/
    Eq./ Landslide/ Storm etc.
  • General law order political situation in the
    area.
  • Terrorism exposure in the area.
  • Adherence to No Smoking Regulation.
  • Installation of FEAs their adequacy and
    placement their maintenance.
  • General Awareness of the employees and their
    training regarding FEA appliances installed/
    their usage.
  • Presence of Trained full time Safety Fire
    Officers Staff.
  • ISO Certifications
  • SHE policy/Maintenance philosophy
  • Enforcement of work permit system (Hot/ Cold
    /electrical/at heights etc.)
  • General housekeeping (Orderliness and
    cleanliness.)

19
Risk Exposure Data What to Look for ?
  • Management awareness involvement in safety and
    security matters.
  • Quantity and quality of security staff..
  • Regulation of entry and exit of persons,
    vehicles, trucks materials.
  • Source of water and quantity of storage facility.
  • Condition of electrical wiring and installations.
  • Condition of machinery, their maintenance,
    hazards involved with them, presence of qualified
    personnel to handle them.
  • Condition of electrical equipment, their
    maintenance and presence of qualified personnel
    to handle them.
  • Condition of Buildings their construction.
  • Condition and construction of Boundary Wall.
  • Exposed openings and presence of combustible
    materials.
  • Quantity of Fire load.
  • Presence of forest/ bushes/ vegetation in the
    vicinity.

20
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