tinus pulles
DESCRIPTION
Guidebook revision Priorities for scientific improvements. Tinus Pulles. What we have. Many chapters in zero order drafts ready. Each of these chapters has Process descriptions Decision trees Tier 1 methods and default values SNAP translated in Tier 2 methds Some Tier 3 ESPREME - PowerPoint PPT PresentationTRANSCRIPT
Tins PUlles
Tinus Pulles
Guidebook revisionPriorities for scientific improvements
What we have
• Many chapters in zero order drafts ready. Each of these chapters has
• Process descriptions• Decision trees• Tier 1 methods and default values• SNAP translated in Tier 2 methds• Some Tier 3
• ESPREME• Heavy metals
• TNO projects• POPs
• Other information?
What we need
• Complete all Tier 1 tables• All relevant pollutants• Uncertainty ranges• References, where possible
• Complete Tier 2 tables, where we need those• All tables cover all relevant pollutants• Uncertainty ranges• References, where possible
2.C.1 Iron and Steel
Blast FurnacePig iron
productionIron Ore Add.
Coke oven gas
Steelmaking(Basic Oxygen
Furnace) Steel to Steel Processing
CokePlant
SinterPlant
PelletizingPlant
Coke breezeIron Ore Add.
Coking coal
Basic Oxygen Furnace Gas
Pig Iron to Iron Processing
Coal injection
Code
NFR Source Category 2.C.1
Fuel NA
Lower Upper
Particulates
Total suspended particulate 1.6 kg/Mg steel
PM10 1.0 kg/Mg steel
PM2.5 0.8 kg/Mg steel
Heavy metals
Arsenic 0.1 g/Mg steel
Cadmium 0.2 g/Mg steel
Chromium 0.9 g/Mg steel
Copper 1.2 g/Mg steel
Mercury 0.1 g/Mg steel
Nickel 0.5 g/Mg steel
Lead 7.9 g/Mg steel
Selenium 0.0 g/Mg steel
Zinc 6.0 g/Mg steel
Persistant Organic Pollutants
Dioxins and furans 24 μg TEQ/Mg steel
Hexachlorobenzene 51 μg/Mg steel
Polychlorinated biphenyls 0.32 mg/Mg steel
Polyaromatic hydrocarbons 2.8 g/Mg steel
Aromatic hydrocarbons (incl. benzene) 14.3 g/Mg steel
Benzene 0.45 g/Mg steel
Pollutant Value Unit
95% confidence interval
Tier 1 default emission factorsName
Iron and Steel production
not applicable
2.C.1 Iron and SteelTier 1
Code
NFR Source Category 2.C.1
Fuel NA
Lower Upper
Particulates
Total suspended particulate 1.6 kg/Mg steel
PM10 1.0 kg/Mg steel
PM2.5 0.8 kg/Mg steel
Heavy metals
Arsenic 0.1 g/Mg steel
Cadmium 0.2 g/Mg steel
Chromium 0.9 g/Mg steel
Copper 1.2 g/Mg steel
Mercury 0.1 g/Mg steel
Nickel 0.5 g/Mg steel
Lead 7.9 g/Mg steel
Selenium 0.0 g/Mg steel
Zinc 6.0 g/Mg steel
Persistant Organic Pollutants
Dioxins and furans 24 μg TEQ/Mg steel
Hexachlorobenzene 51 μg/Mg steel
Polychlorinated biphenyls 0.32 mg/Mg steel
Polyaromatic hydrocarbons 2.8 g/Mg steel
Aromatic hydrocarbons (incl. benzene) 14.3 g/Mg steel
Benzene 0.45 g/Mg steel
Pollutant Value Unit
95% confidence interval
Tier 1 default emission factorsName
Iron and Steel production
not applicable
2.C.1 Iron and SteelTier 2
Code
NFR Source Category 2.C.1
Fuel NA
SNAP (if applicable) 040202040203
Technologies/Practices
Region or regional conditions
Abatement technologies
Other
Lower Upper
Particulates
TSP 0.24 kg/Mg pig iron 0.12 0.48
PM10 0.192 kg/Mg pig iron 0.096 0.384
PM2.5 0.12 kg/Mg pig iron 0.06 0.24
Heavy Metals
Arsenic 0.0003 g/Mg pig iron produced
Cadmium 0.0093 g/Mg pig iron produced
Chromium 0.015 g/Mg pig iron produced
Copper 0.015 g/Mg pig iron produced
Mercury 0.003 g/Mg pig iron produced
Nickel 0.052 g/Mg pig iron produced
Lead 0.043 g/Mg pig iron produced
Zinc 0.601 g/Mg pig iron produced
POPs
Poly-aromatic hydrocarbons 2.5 g/Mg pig iron
Aromatic hydrocarbons (incl. benzene) 14.3 g/Mg pig iron
Benzene 0.45 g/Mg pig iron
Pollutant Value Unit 95% confidence interval
Tier 2 emission factorsName
Iron and Steel Production
not applicable
Blast Furnace ChargingPig Iron Tapping
Pig Iron production
So: what science do we need
• We need to complete all tables• Heavy Metals:
• Jochen Teloke will support on a bidget provided by Germany• POPs
• Hugo Denier van der Gon will provide POP EFs.
And in the end…we might win a Nobel Prize
IPCC celebrating the 2007 Nobe Peace PrizeGeneva, October 17th 2007