Using Dow Chemical Index to Review Emergency Procedure at Laboratory
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1 Using Dow Chemical Index to Review Emergency Procedure at Laboratory Present for 2 nd ASCEL in Laboratory Depok, 1-2 December 2015 B 027
2 BACKGROUND The laboratory environment can be a hazardous place to work. Laboratory workers are exposed to numerous potential hazards including chemical airborne. Air contaminant may travel distances. The release of compressed gas may be toxic, flammable, cause asphyxiation, corrosive, and etc., rapidly creating a very dangerous environment. Most of laboratory procedures define fume hoods, material handling as prevention / control measures, but when emergency releases occurs, a planned response measures must be determined, including safe distance to air contaminant. By using DOW CEI, organizations can design and operate safer laboratory for people in neighboring plants or communities arising from possible chemical release incidents.
3 DOW Chemical Exposure Index A method, developed by The Dow Chemical Company, used to identify and rank the relative acute health hazards associated with potential chemical releases. The CEI is calculated from five factors: a measure of toxicity; the quantity of volatile material available for a release; the distance to each area of concern; the molecular weight of the material being evaluated; process variables that can affect the conditions of a release such as temperature, pressure, and reactivity.
4 Developing DOW CEI There are the needed items to develop a CEI : A accurate plot plan and surrounding area Process flow showing containment, piping if any, and chemical inventories. Physical and chemical properties as well as the ERPG / EEPG Values. CEI Guide and CEI Forms. Define possible chemical incidents, including ERPG-2 Value Select scenario with largest AQ Calculate Hazard Distance Determine the Airborne Quantity (AQ) of Scenarios Calculate CEI Complete CEI Summary Sheets
5 Step 1. Define Chemical Incidents 1. Define hazards that may possible occurs: a leak from gas cylinder when handling, H 2 S0 4 spillage from its container, etc. Chemical inventory list may help to define every single chemical incidents that may happen. 2. Choose the ERPG for each chemical incidents. ERPG is air concentration guidelines for single exposures to agents published by American Industrial Hygiene Association (AIHA), which important to identify downwind areas which might need to take action during a release, determine priority concerns and evaluate the adequacy of containment.
6 Substitution for ERPG If ERPG / EEPG values do not exist, deriving substitute values are recommended :
7 Step 2. Estimate AQ No AQ Known? Yes Liquids simply run out on the ground forming a pool Determine liquid release Op. temp > boiling point Calculate AQ (Gas) Partially vaporize forming both a pool and a vapor Op. temp < boiling point Determine Pool Size Determine Vapor from Pool Calculate AQ (Flash) Not all material airborne Calculate AQ (Vapor) Select Scenario with largest AQ Calculate CEI Most residual liquids carried away with the vapor Liquids forming a pool then begins to evaporate from the surface
8 Step 3. Calculate CEI If the CEI calculated value is greater than 1000, set CEI = 1000 CEI AQ ERPG 2 All CEI Calculations assume a windspeed of 5m/sec & neutral weather conditions. Since CEI > 200, further risk review is required.
9 Step 4-5. Hazard Distance & Summary The Hazard Distance (HD) is the distance to the ERPG-1, -2, or 3 concentration and is derived from the following equation: HD 6551 AQ ERPG where: AQ = airborne quantity (kg/sec) ERPG = ERPG-1, ERPG-2, ERPG-3 (mg/m3) If HD is greater than 10,000 meters, set HD = 10,000 meters.
10 Using DCEI in Labs Ethanol is stored in a 204 L steel drum under its own vapor pressure at ambient temperature (30 C). Incident take place when handling, creating a leakage out of the drum. Leak / hole diameter is 2 in (50.8 mm). Height of leak above grade is 100 mm. Hole / Leak Release Quantity of liquid available for release kg Quantity of gas available for release kg 0 Temperature of released material deg C 30 Molecular Weight Boiling Point C Vapour Pressure t 25 C kpa Vapour Pressure at Pool Temperature kpa Liquid Density kg/m3 at storage temp C Liquid Density kg/m3 at BP 790 Gas Density kg/m3 at 25C Heat Capacity C p Joules/kg-deg C 1750 Latent Heat of Vaporisation H v Joules/Kg Ratio of Cp/Hv Absolute Pressure (P a ) kpa 100 Gauge Pressure in Process (P g ) kpa 0 Temperature C 30 Diameter of hole mm Height of leak above grade (Metres) 0.1 ERPG2 Mg/M3 300 ERPG3 Mg/M Dike area M2 Distance to Property or fence line M Liquids forming a pool then begins to evaporate from the surface Liquid Releases Liquid release rate L Actual Release Quantity (limited by emergency block valve or quantity available) kg/sec kg Fraction Flashed 0 Airborne Quantity produced by the flash Quantity of material entering the pool Theoretical Potential Pool area Actual surface area for evaporation Characteristic pool temperature Quantity evaporating from pool Total Airborne Quantity 0 kg/sec kg Sq Metres Sq Metres 30 Deg C kg/sec kg/sec Chemical Exposure Index 6 6 Distance travel by ERPG2 concentration Me Distance travel by ERPG3 concentration Me 62 Metres 34 Metres
11 LIMITATION Dow CEI do not consider the full range of hazards. To get an overall assessment of process options, it is necessary to use a variety of indices and qualitative techniques, and then combine the results. (Inherently Safer Chemical Processes: A Life Cycle Approach. CCPS)
12 References Centre of Chemical Process Safety (CCPS), Dow s Chemical Exposure Index, First Edition, American Institute of Chemical Engineer, New York, 1994 Anthony A Fuscaldo, et all., Laboratory Safety Theory and Practice, Academic Press, Boston, 1980 S.B. Pal, Handbook of Laboratory Health and Safety Measures, MTP Press Limited, England, 1985 Matt Luther, Shane Lenson, Kate Reed, Issues associated in chemical, biological and radiological emergency department response preparedness, Australasian Emergency Nursing Journal, Volume 9, Issue 2, Pages 79 84, June Xiao-Ying Yua,, Clifford S. Glantza, et. all, Enhancing the chemical mixture methodology in emergency preparedness and consequence assessment analysis, Toxicology Journal, Volume 313, Issues 2 3, Pages , 16 November 2013 G.C. Millner, P.M. Brady, T.L. Murta, Emergency Response and Preparedness, (Third Edition), Encyclopedia of Toxicology, Pages , 2014 G.L.L. Reniersa, K. Sörensena, W. Dullaerta, A multi-attribute Systemic Risk Index for comparing and prioritizing chemical industrial areas, Reliability Engineering & System Safety, Volume 98, Issue 1, Pages 35 42, February 2012 C.B Etowaa,P.R Amyottea,M.J Pegga,F.I Khan, Quantification of inherent safety aspects of the Dow indices, Journal of Loss Prevention in the Process Industries, Volume 15, Issue 6, Pages , November 2002 Luke A. Gallion, Michael J. Samide, Anne M. Wilson, Demonstrating the importance of cleanliness and safety in an undergraduate teaching laboratory, Journal of Chemical Health and Safety, Volume 22, Issue 5, Pages 28 31, September October 2015 Imke Schröder, Debbie Yan Qun Huang, Olivia Ellis, James H. Gibson, Nancy L. Wayne, Laboratory safety attitudes and practices: A comparison of academic, government, and industry researchers, Journal of Chemical Health and Safety, Page 1-11, March 2015
13 THANK YOU BEST REGARDS, Roslinormansyah Agnestifa Dinar Rendra Anandia : roslinormansyah51@ui.ac.id : agnestifa.dinar@ui.ac.id : rendra.anandia@ui.ac.id
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