Zaigham Abbas Senior Chemist Pak-EPA, Islamabad.  Pak, EPA get prepared National Emissions Inventory of Pakistan in 2000 for eleven years (1980, 1985.

Slides:



Advertisements
Similar presentations
Overview of the Canadian Energy Flow Account September 2013.
Advertisements

Members: Anusha Arif Fahad Siddiqui Hassan Khan Muneeb Firoz
Session 4: Coal statistics United Nations Statistics Division International Workshop on Energy Statistics September 2012, Beijing, China.
Biomass Power Plant Planning using Remote sensing and GIS M Hiloidhari Department of Energy,Tezpur University, India.
Dr. Sunita Chitkara Deputy Director General Central Statistics Office India.
Session 4: Oil statistics United Nations Statistics Division International Workshop on Energy Statistics September 2012, Beijing, China.
Gas Statistics in Myanmar 24~26 September,2012 Beijing,China International Workshop on Energy Statistics Presented by Tin Zaw Myint Deputy Director Energy.
Sustainable Transport & Mobility Sustainable Transport & Mobility Handbook Teacher Training The sole responsibility for the content of this presentation.
Unit 5 Energy Energy Usage in Agriculture. What is Energy ?  The ability to work.
Air Pollution and Contribution of Different kinds of diesel Vehicles to the Particulate Matter Emissions in Sri Lanka Sugath Yalegama (AirMAC) and N Senanayake.
Energy-Economy Modeling: Principles and Applications Youngho Chang Division of Economics and Nanyang Technological University 29 June 2013 Workshop.
Muhammad Azam Director Refining Ministry of Petroleum and Natural Resources (September 13-14, 2006, Karachi) Fuels Quality Scenario in Pakistan.
AIM\ENDUSE Model with Application for India
FOREST FUEL - RENEWABLE ENERGY. Renewable energy Today, renewable energy is an important part of the Swedish energy budget. With its share in the energy.
SEDS Transportation Sector Modules Anant Vyas and Deena Patel Argonne National Laboratory Presented at SEDS Peer Review Washington, DC May 7-8, 2009.
Non-renewable Sources of Energy
Fossil Fuels: Their advantages, disadvantages and future
6.1 1 UNFCCC – NAI SOFTWARE Sector: Energy Practical Aspects and Exercises CGE Greenhouse Gas Inventory Hands-on Training Workshop.
G.K.Pandey, Advisor, Ministry of Environment & Forests, (Govt. of India) S.K.Tyagi,Scientist, & B.Sengupta,Member Secretary Central Pollution Control Board,
Sohail Ghanchi Energy Technology and Policy The University of Texas at Austin.
BIOENERGY IN BRAZIL CONSUMPTION AND TRADE Jose Roberto Moreira Brazilian Reference Center on Biomass/IEE/Univ. of Sao Paulo.
1A.1 CGE Greenhouse Gas Inventory Hands-on Training Workshop Energy Sector.
Natural Resources.
Introduction Energy resources in agriculture have evolved a lot over the years. We are constantly developing new greener energy sources that are beneficial.
UK Energy Balances Iain MacLeay – Head Energy Balances, Prices and Publications Date May 2009.
Presentation Overview Alaska air pollution Pollutants Sources What is an emissions inventory?
1 9/15/2015 Gogita Todradze National Statistics Office of Georgia Institutional Arrangements for Energy Statistics in Georgia.
Official Energy Statistics in Sweden Mats Rönnbacka Statistics Sweden.
IIASA Sources of PM Emissions in Europe. IIASA RAINS Emission and cost calculation scheme Activity data Vintages Other Emission factor Control strategies,
Dharmesh Patel Prachi Gajre Champa patel There are two categories of energy. Non – Renewable.
Malé Declaration 1 ST emissions inventory workshop AIT, Bangkok, 3rd – 5th July 2006 Part 3 – Compiling emissions by sector: The energy sources (Sectors.
Jan MELICHAR Charles University Environment Center NEEDS Forum 3 - Cairo January 28, 2008 The external costs calculation in CEEC countries focusing on.
Prepared By: SHIKHA. PATEL (T-13EC040) SUBJECT EME TOPIC ENERGY.
Energy – Current Status and Policies Shuba V. Raghavan CSTEP Center for Study of Science Technology and Policy 1.
Mitigation of primary PM emissions Overview of existing technical and non- technical emissions mitigation techniques M. Amann, J. Cofala, Z. Klimont International.
1 Presentation to 6 th Meeting of Oslo Group on energy Statistics South Africa: Energy Accounts Robert Parry National Accounts 2─5 May 2011, Canberra,
1. 2 Energy balance is used as a tool for analyzing country’s energy situation in each year and also for showing the energy structure of the country in.
Energy Units & Consumption ESM 102. Sources of Energy.
Presenter: Asif S. Khan DG (Pak-EPA) (Ministry of Environment) Male Declaration on Control & Prevention of Air Pollution and it Likely Transboundary Effects.
Guided Notes on Traditional Energy Resources Chapter 26, Section 1.
Aim and objective of the parallel activity on emissions inventories Aim: each Malé Declaration country to compile (during Phase III) air pollutant emission.
Malé Declaration 2 nd emissions inventory workshop AIT, Bangkok, 26 th – 28 th February 2007 Session 3 – Compiling Emissions from Large Point Sources (LPS)
1 EMISSION INVENTORY OF BANGLADESH under Malé Declaration on Control and Prevention of Air Pollution And Its Likely Transboundary Effects for South Asia.
43.Biomass energy sources are all around us. They include many types of plants and plant- derived material. List examples. agricultural crops and wastes;
Stakeholders’ Meeting of the Malé Declaration 14 th October 2005, Delhi Compilation of emissions inventories using the Malé Declaration Emission inventory.
14-15 June 2006 Parliament House Canberra Trends in energy for transport — What are the policy implications? Trends and projections of transport energy.
Male Declaration Emission Inventory Workshop Feb.,26,2007 IRAN EMISSION INVENTORY OF 2000.
O SLO GROUP ON ENERGY STATISTICS H ELSINKI, F INLAND, O CTOBER 2012 Azerbaijan’s experience in making Energy balance Rauf Gurbanov, Head of the unit.
Presented by Bah F. M. Saho Director of Energy Department of State for Energy National Sensitization Workshop Mitigation Kairaba Beach Hotel 29, 30 January.
ALTERNATIVE FUELS. World today is facing the pinch of rising energy consumption. Green house gas emissions and global warming is also in the forefront.
1. 2 Objectives  Discuss how propane may help improve public health  Describe the benefits of propane to the environment  Explain how propane may help.
Malé Declaration 1 ST emissions inventory workshop AIT, Bangkok, 3rd – 5th July 2006 Part 4 Compilation of emissions for Industrial Processes (Sector 6)
Biomass Fuel If you have a fireplace, the wood you burn in it is a Biomass fuel. What we now call a Biomass fuel was the source of heating for thousands.
In the field of industry, Pakistan at the time of independence started almost from a scratch i.e. very weak meager condition.
Chemical Energy Stored in food and fuels. Can change to heat, light or other forms of energy.
MALÈ DECLARATION SECOND EMISSIONS INVENTORY WORKSHOP 28 th January -1 st February 2008 At Asian Institute of Technology,Thailand COUNTRY PRESENTATION By.
BPS Statistics Indonesia Energy Balance of Indonesia Coordination Issues Presented by: Mudjiandoko Director of Industry, Mining & Quarrying, Energy, and.
MALÈ DECLARATION SECOND EMISSIONS INVENTORY WORKSHOP 26 th February -2 nd March 2007 AIT Bankok COUNTRY PRESENTATION By R.N.R.Jayaratne and D.S.Bandara.
GOVERNMENT ENGINEERING COLLEGE, BHARUCH Chemical Engineering Department Sem-III Subject : Process calculation Topic : Type of Fuels.
Energy Balance Tables Unified Global Framework developed and maintained by United Nations Statistical Division.
Biofuels CENV 110. Topics The Technology Current status around the world – Supply and trends in production Impact Benefits Costs – Carbon balance – Net.
Modified by Georgia Agriculture Education Curriculum Office June 2002 Energy and Resources.
Coal and Petroleum. Coal and petroleum are sources of energy that are non- renewable. They were made in the nature a long time before and they will finish.
Energy Measurement Concepts
End Use Survey: Manufacturing, Residential and Commercial Sector
Energy Policy Statistical Support Unit
The Present & Future Outlook of Final Energy Consumption in
Energy use and emissions from transport in Norway
UNFCCC – NAI SOFTWARE Sector: Energy Practical Aspects and Exercises
Energy Usage in Agriculture
Presentation transcript:

Zaigham Abbas Senior Chemist Pak-EPA, Islamabad

 Pak, EPA get prepared National Emissions Inventory of Pakistan in 2000 for eleven years (1980, 1985 and  This draft report was prepared by a consultant firm Hagler Bailly Pakistan under Male’ Declaration.  Hard copy of this report is available.  Some facts of this report are as under;

 Pakistan Energy Yearbook. Prepared by Hydrocarbon Development Institute of Pakistan.  Economic Survey. Published annually by the Economic Advisor’s Wing, Finance Division, Government of Pakistan.  Pakistan Railways Yearbook. Published by Pakistan Railways.  Agricultural Statistics of Pakistan. Published by the Ministry of Food, Agriculture and Livestock, Government of Pakistan.  Pakistan Census of Livestock. Published by Agricultural Census Organization.  Various publications of the National Transport Research Center.

 All emission factors used in the inventory were based on research and compilation undertaken in the US and the European countries.  No research in this area has been conducted in Pakistan.  Wherever sufficient information was available the emission factors proposed by western sources were modified to suit local conditions.

UTILIZATION OF ENERGY IN THE INDUSTRY, DOMESTIC AND TRANSPORTATION SECTOR FuelIndustry Domestic Transportation ResidentialCommercialAgriculture Coal Brick Kilns Steel Mills Cooking Gasoline Road Transportation Kerosene Lighting Cooking Space Heating Diesel Boilers and Furnaces Farm Machinery Road Transport Railway Light Diesel Oil Engines for Water Wells Furnace Oil Boilers and Furnaces Railway LPG Cooking Road Transportation Natural Gas Boilers and Furnaces Feedstock for Fertlizer Water Heating Cooking Space Heating Road Transportation (CNG) Biomass Bagasse in Sugar Mills for Boilers Fuelwood in Brick Kilns Water Heating Cooking Space Heating Cooking Electricity Lighting Motors and Appliances Lighting Appliances Electric Pumps for Water Wells Rail

ENERGY CONSUMPTION (MEGATONNES OF OIL EQUIVALENT [mtoe]) YearFuel TypeIndustry Domestic Transportation Power Generati on Fuel Conversion OtherTotal ResidentialCommercialAgriculturalTotal 1998Coking Coal lignite and Sub-Bituminous Coal Crude Oil Aviation Fuel Gasoline Kerosene High Speed Diesel Light Diesel Oil Furnce Oil LPG Other Non Energy Oil Natural Gas Biomass (Fuelwood) Biomass (Crop Residue) Biomass (Animal Residue) Biomass (Wood Charcoal) Electricity Hydroelectricity Production Nuclear Electicity Production 0.032

SULFUR CONTENTS OF FUEL (%) Fuel Type Fuel Conversion Sector Power Generation SectorDomestic SectorTransport SectorIndustrial Sector Coking Coal % Light and Sub-Bituminous Coal % % % Crude Oil % Aviation Fuel % Gasoline % Kerosene % High Speed Diesel % Light Diesel Oil % Furnce Oil % LPG % Other Non Energy Oil % Natural Gas % Biomass (Fuelwood) % Biomass (Crop Residue) % Biomass (Animal Residue) % Biomass (Wood Charcoal) %

NET CALORIFIC VALUE OF FUELS (TONNES OF OIL EQUIVALENT PER TONNE) Fuel TypeFuel Conversion SectorPower Generation SectorDomestic Sector Transport Sector Industrial Sector Coking Coal0.695 Light and Sub-Bituminous Coal0.472 Crude Oil1.089 Aviation Fuel1.096 Gasoline1.108 Kerosene1.089 High Speed Diesel1.110 Light Diesel Oil1.100 Furnce Oil1.028 LPG1.142 Other Non Energy Oil0.960 Natural Gas1.143 Biomass (Fuelwood)0.382 Biomass (Crop Residue)0.358 Biomass (Animal Residue)0.287 Biomass (Wood Charcoal)0.740

SULFUR RETENTION IN ASH OF FUELS (%) Fuel Type Fuel Conversion Sector Power Generation Sector Domestic Sector Transport Sector Industrial Sector Coking Coal 5% Lignite and Sub- Bituminous Coal 30% Biomass (Fuelwood) 0% Biomass (Crop Residue) 0% Biomass (Animal Residue) 0% Biomass (Wood Charcoal) 0%

SULFUR CONTENT OF FUELS Fuel TypeFuelSelected Value BiomassAnimal Residue % BiomassCrop Residue % BiomassFuelwood % BiomassWood Charcoal % CoalGeneral % Diesel % DieselLight Furnace Oil % CrudeCrude Oil % Furnace Oil % Gasoline % KeroseneAviation Fuel % Kerosene % Natural GasLPG % Natural Gas %

BIOMASS CONSUMPTION (Pote 000) YearBiomassIndustryHouseholdCommercialTotal 1998Firewood Crop Residue Dung Charcoal01410 Total Assumed Growth Rate 2%

NUMBER OF MOBILE SOURCE Vehicle Type Taxi CabBusesTruckRickshawsMotor Cars SizeSmall (<1.5 l)All Small (< 1.5 l)Medium (< l)Large (< 2.1 l) FuelGasolineDieselLPGCNGDiesel Gasoline CNGGasolineDieselCNGGasolineDiesel ,9143,1603,7921,33479,700136,50082,900437,7199,441148,3437,9853,37228,7463,194 NUMBER OF MOBILE SOURCE Vehicle TypeJeeps Station Wagons Motorcycles/ Scooters TractorsDelivery VansOthersTrainsBoats SizeAll FuelGasolineDiesel GasolineDieselGasolineDieselGasoline Furnace Oil Diesel ,50046,00072,6001,843,700492,200147,9569,44489,7001,42489,56714,320

NUMBER OF MOBILE SOURCE (ANNUAL DISTANCE TRAVELED IN MILLION KM) Vehicle Type Taxi CabBusesTruckRickshawsMotor Cars SizeSmall (<1.5 l)All Small (< 1.5 l)Medium (< l)Large (< 2.1 l) FuelGasolineDieselLPGCNGDiesel Gasoline CNGGasolineDieselCNGGasolineDiesel 19981, ,7827,6443,2335, , NUMBER OF MOBILE SOURCE (ANNUAL DISTANCE TRAVELED IN MILLION KM) Vehicle TypeJeeps Station Wagons Motorcycles/ Scooters Tractors*Delivery VansOthersTrainsBoats SizeAll FuelGasolineDiesel GasolineDieselGasolineDieselGasolineFODiesel ,71916, , * Values are in million hours

MOBILE SOURCE EMISSION FACTORS (g/km) Vehicle TypeTaxi CabBusesTruckRickshawsMotor Cars SizeSmall (<1.5 l)All Small (< 1.5 l)Medium (< l)Large (< 2.1 l) FuelGasolineDieselLPGCNGDiesel Gasoline CNGGasolineDieselCNGGasolineDiesel NOx PM SO MOBILE SOURCE EMISSION FACTORS (g/km) Vehicle TypeJeeps Station Wagons Motorcycles/ Scooters TractorsDelivery VansOthersTrainsBoats SizeAll FuelGasolineDiesel GasolineDieselGasolineDieselGasoline Furnace Oil Diesel NOx PM SO

TOTAL EMISSION FROM TRANSPORT SECTOR BY SOURCE IN 1998 (tonnes) Parameter Non-Government RailwayGovernmentAll Sources Two-StrokeSmall Vehicles Medium Duty Vehicles Heavy Duty Vehicles Total Nitrogen Oxides (NOx)3,39716,83753,436239,766313,4365,5105,527324,473 Particulate Matter (PM)1, ,93227,12134, ,362 Sulfur Dioxide (SO2)961,5337,469106,708115,8063,0132,051120,871 MOTOR VEHICLE ON ROAD (000 NUMBER) YearTaxi CabsBusesTrucksRickshawsMotor CarsJeepStation Wagon Motorcycles / Scooter Tractor Delivery Van Other

NITROGEN OXIDE EMISSIONS FROM STATIONARY FUEL COMBUSTION SOURCES (tonnes) YearFuel TypeIndustryResidentialCommercialAgriculturalPowerOther 1998Light and Sub-Bituminous Coal8,1495 1, Kerosene High Speed Diesel14,016 1, Light Diesel Oil10 15, Furnace Oil13,098 43, LPG Natural Gas7,1752, , Biomass (Fuelwood)410, Biomass (Crop Residue)1,5545, Biomass (Animal Residue) 5, Biomass (Wood Charcoal) 438 PARTICULATE MATTER EMISSIONS FROM STATIONARY FUEL CONBUSTION SOURCES (tonnes) YearFuel TypeIndustryResidentialCommercialAgriculturalPowerOther 1998Light and Sub-Bituminous Coal32,5383 4, Kerosene High Speed Diesel Light Diesel Oil Furnce Oil7,332 12, LPG 1998Natural Gas , Biomass (Fuelwood)25114,0407, Biomass (Crop Residue)20,20443, Biomass (Animal Residue) 44, Biomass (Wood Charcoal) 2,464

SULFUR DIOXIDE EMISSIONS FROM STATIONARY FUEL COMBUSTION SOURCES (tonnes) YearFuel TypeIndustryResidentialCommercialAgriculturalPowerOther 1998Light and Sub-Bituminous Coal200, , Kerosene 1, High Speed Diesel4,385 2, Light Diesel Oil6 8, Furnce Oil111, ,9142, LPG Natural Gas Biomass (Fuelwood)2350,6853, Biomass (Crop Residue) Biomass (Animal Residue) Biomass (Wood Charcoal)

PRODUCTION OF SELECTED INDUSTRIAL ITEMS IN 1998 (000 tonnes) Paper and Paper BoardOil RefineriesNitrogen FertilizerCement ProductionSulphuric Acid Production INDUSTRIAL PROCESS EMISSION FACTORS (kg/tonnes of Production) SectorNOxPMSO2 Paper and Pulp Oil Refineries Sulphuric Acid Production 17.5 Nitrogen Fertilizer Production 2.1 Cement Production

EMISSION FROM INDUSTRIAL PROCESSES (tonnes) IN 1998 ParameterPaper and PulpOil Refineries Sulphuric Acid Production Nitrogen Fertilizer Production Cement Production Total Nitrogen Oxides6901, ,77622,398 Particulate Matter38,7905,15608,001206,425258,371 Sulfur Dioxide10,3448, ,38324,597

AMMONIA EMISSION FROM ANIMAL HUSBANDRY IN 1998 CattleBuffaloesSheepGoatsCamelsAssesHorsesMulesChickenDucks Population (Number in 000)21,15421,33423,72844, , ,6521,299 Emission Factors (kg/unit) Total Emission (tonnes)440,426516,06979,963282,5869,63845,0063,9651,84248,044152

TOTAL EMISSIONS IN (000 TONNES) IN 1998 Parameter Industrial (Combustion) Industrial (Processes) ResidentialCommercialAgriculturalTransportation Power Generation OtherTotal Nitrogen Oxide Particulate Matter Sulfur Dioxide Ammonia

DATA

PETROLEUM ENERGY PRODUCT CONSUMPTION (TOE) IN 2005 DomesticIndustrialAgricultureTransportPowerOther/Govt 132,7161,703,63385,3518,582,7174,110,527373,184 MOTOR VEHICLE ON ROAD (000 NUMBER) Taxi CabsBusesTrucksRickshawsMotor CarsJeepStation Wagon Motorcycles / Scooter Tractor Delivery Van Other

PRODUCTION OF SELECTED INDUSTRIAL ITEMS IN 2005 (000 tonnes) Paper and Paper BoardOil RefineriesNitrogen FertilizerCement ProductionSulphuric Acid Production SECTORAL CONSUMPTION OF NATURAL GAS IN 2005 (MMCFT) PowerFertilizerGeneral IndustriesCementTransportCommercialDomesticTotal

ENERGY CONSUMPTION (TOE) YearFuel TypeIndustry Domestic Transportation Power Generatio n OtherTotal ResidentialCommercialAgricultural 2005Coal3,611, ,81203,678, Oil1,703,633132,716085,35104,110,527373,1846,405, Aviation Fuel , Gasoline00001,227, Kerosene High Speed Diesel00006,763, Light Diesel Oil Furnce Oil000018, LPG0416,102177, ,806625, Other Non Energy Oil Natural Gas7,726,5024,003,955684, ,9089,978, ***23,303, HOBC00007, Electricity1,612,7352,501,813385,222647, * **5,147, Btu/kWh. Includes railway traction Btu/kWh. Also include bulk supplies and street light. *** Energy and Non Energy uses of Gas in Fertilizer Sector

EMISSION FROM INDUSTRIAL PROCESSES (tonnes) IN 2005 ParameterPaper and PulpOil Refineries Sulphuric Acid Production Nitrogen Fertilizer Production Cement Production total Nitrogen Oxides9523, ,81442,916 Particulate Matter53,5728,39805,064406,626473,660 Sulfur Dioxide14,28613,6441,671011,08940,690

AMONIA EMISSION FROM ANIMAL HUSBANDRY IN 2005 CattleBuffaloesSheepGoatsCamelsAssesHorsesMulesChickenDucks Population (Number in 000)25,50028,40025,50061, , Emission Factors (kg/unit) Total Emission (tonnes)530,910686,99685,935396,1608,54052,4603,660

BIOMASS CONSUMPTION (Pote 000) YearBiomassIndustryHouseholdCommercialTotal 2005Firewood 714, , Crop Residue 1,7723, , Dung 04, Charcoal Total 1,779 23, ,751 Assumed Growth Rate 2% NATURAL GAS CONSUMPTION (MMCFT) YearPowerFertilizerGeneral IndustriesCementTransportCommercialDomesticTotal ,766198,049278,97315,33538,88529,268171,1091,223,385

MONTHLY MEAN VALUE OF ISLAMABAD FOR YEAR 2009 Months NONO2NOxCH4NMHCTHCCOSO2O3MCWnd SpdWnd DirTempRHRadiation ug/m3 ppbug/m3ppb mg/m3ug/m3 m/sdegreesdegC%W/m2 January Febraury March April May June July AUG SEP OCT NOV DEC ANNUAL MEAN VALUE

 Need enough resources to develop new realist emission factors.  Inconsistency in officials getting these trainings  Non - availability of complete data on internet.  Insufficient Resources.

 Consistency of officials in training program  Either hire dedicated staff for this activity OR  Provide resources to source out this activity to private firm.  Secretariat may get feedback from the countries focal persons at least once a month.  Provision of sufficient resources for collecting data and development of new realist emission factors.  Pakistan is in a state against terrorism and Pakistan economy is not strong enough to support this activity.

THANKS