Hamilton on W Wor orks Communit ity L Lia iais ison C Commit - - PowerPoint PPT Presentation

Hamilton

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Communit ity L Lia iais ison C Commit ittee Meetin ing

January 2018 Andy Sebestyen

Agenda nda

1. Welcome and Safety Contact 2. Review and Approval of Agenda 3. Review and Approval of Minutes of 28 Sept 2017 4. Performance under O.Reg. 419/05 Site Specific Standard Order – Particulates 5. Greenhouse Gas Reduction Projects 6. Community Concerns 7. Adjournment

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Em Emergency Ex Exits

Review Evacuation Routes of the room you are located in

Agenda nda

1. Welcome and Safety Contact 2. Review and Approval of Agenda 3. Review and Approval of Minutes of 28 Sept 2017 4. Performance under O.Reg. 419/05 Site Specific Standard Order – Particulates 5. Update – O.Reg. 419/05 Site Specific Standard Order - Benzene 6. Greenhouse Gas Reduction Project 7. Community Concerns 8. Adjournment

Agenda nda

1. Welcome and Safety Contact 2. Review and Approval of Agenda 3. Review and Approval of Minutes of 28 Sept 2017 4. Performance under O.Reg. 419/05 Site Specific Standard Order – Particulates 5. Update – O.Reg. 419/05 Site Specific Standard Order - Benzene 6. Greenhouse Gas Reduction Project 7. Community Concerns 8. Adjournment

Agenda nda

1. Welcome and Safety Contact 2. Review and Approval of Agenda 3. Review and Approval of Minutes of 28 Sept 2017 4. Performance under O.Reg. 419/05 Site Specific Standard Order – Particulates 5. Update – O.Reg. 419/05 Site Specific Standard Order - Benzene 6. Greenhouse Gas Reduction Project 7. Community Concerns 8. Adjournment

Si Site-Spe pecific Standa ndard O d Orde der (Particulates): Per erformance e Rev eview ew – Daily ily

Date Door

• ors

(% Leak Leaks) Li Lids (% Leak Leaks) Off-tak akes es (% Leak Leaks) 2015 Limits (July 2 start) 54% 2% NA 2016 Limits 32% 2% NA 2017 2017-2019 L 2019 Limits 10% 10% 2% 2% 5% 5% 2020 Limits 5% 1% 4%

• Jan. 1

1 to Dec. 31, 31, 2017 2017 Ran ange e (Aver erag age) e) 0 – 3. 3.66% 66% (0. (0.12% 12% ) 0 – 1. 1.50% 50% (0. (0.10% 10% ) 0 – 3. 3.80% 80% (0. (0.30% 30% ) Pushes es > = = 8 84 p per er d day ay 0 – 2. 2.75% 75% (0. (0.21% 21% ) 0 – 0. 0.51% 51% (0. (0.11% 11% ) 0 – 1. 1.28% 28% (0. (0.23% 23% ) Pushes es < 84 p per er d day ay 0 – 3. 3.66% 66% (0. (0.11% 11% ) 0 – 1. 1.50% 50% (0. (0.09% 09% ) 0 – 3. 3.80% 80% (0. (0.30% 30% )

Daily Measurements Performed YTD

• All weekdays, except for holidays
• 10 Saturdays
• 10 Sundays
• Jan. 1 – Dec. 31, 2017 Operational Adjustments
• None required – in compliance with 2017 limits

Si Site-Spe pecific Standa ndard O d Orde der (Particulates): Per erformance e Rev eview ew – 30 Day R Rollin lling Averages

• Jan. 1 – Dec. 31, 2017 Performance
• In compliance with 2017 limits

Date Door

• ors

(% Leak Leaks) Li Lids (% Leak Leaks) Off-tak akes es (% Leak Leaks) Chargi ging g (s (sec) ) (l (log g avg) g) 2015 Limits (July 2 start) 38% 0.8% 25% 12 sec 2016 Limits 22.5% 0.8% 15% 12 s 2017 2017-2019 L 2019 Limits 7% 7% 0. 0.8% 8% 4. 4.2% 2% 12 12 s 2020 Limits 4% 0.4% 2.5% 12 s

• Jan. 1

1 to Dec. 31, 31, 2017 2017 Ran ange e (Aver erag age) e) 0 – 0. 0.36% 36% (0. (0.11% 11% ) 0. 0.03 03 – 0. 0.18% 18% (0. (0.09% 09% ) 0. 0.08 08 – 0. 0.63 63% (0. (0.31% 31% ) 1. 1.99 99 – 4. 4.58 58 s (3. (3.27 27 s) Pushes es > = = 8 84 p per er d day ay 0. 0.15 15 – 0. 0.24% 24% (0. (0.19% 19% ) 0. 0.05 05 – 0. 0.10% 10% (0. (0.08% 08% ) 0. 0.12 12 – 0. 0.21% 21% (0. (0.17% 17% ) 3. 3.38 38 – 3. 3.84 84 s (3. (3.57 57 s) Pushes es < 84 p per er d day ay 0 – 0. 0.36% 36% (0. (0.11% 11% ) 0. 0.03 03 – 0. 0.18% 18% (0. (0.09% 09% ) 0. 0.08 08 – 0. 0.63% 63% (0. (0.32% 32% ) 1. 1.99 99 – 4. 4.58 58 s (3. (3.26 26 s)

Si Site-Spe pecific Standa ndard O d Orde der (Particulates): Per erformance e Rev eview ew – Daily ily O Observatio ions – Push shing E Emissi ssions

• Jan. 1 – Dec. 31, 2017 Operational Adjustments
• None required – in compliance with 2016-2018 limit

Date Pushing ng Emission

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(opa

• pacity %

% ) 2015 Limit (July 2 start) ≥ 50% 2016 2016 – 2018 2018 ≥ 50% 2019 ≥ 40% 2020 ≥ 30%

• Jan. 1

1 to Dec. 31, 31, 2017 2017 Ran ange e (Aver erag age) e) 0 – 48. 48.33 33 % (2. (2.70 70 % ) Pushes es > = = 8 84 p per er d day ay 0 – 48. 48.33 33 % (8. (8.79 79 % ) Pushes es < 84 p per er d day ay 0 – 40 40 % (2. (2.44 44 % )

Si Site-Spe pecific Standa ndard O d Orde der (Particulates): Per erformance e Rev eview ew – Addi Additiona nal I Items

• There were 3 community complaints since the last CLC

meeting:

1. Black dust (Oct. 30, 2017 - 1 resident near St. Christopher Park area) 2. Black dust (Jan. 8, 2018 – 2 Beach Blvd residents) (Not specific to Stelco, but HIEA investigates and Stelco, along with AMD, helps to pay for any cleanup costs)

• MOECC will provide verbal comments

Agenda nda

1. Welcome and Safety Contact 2. Review and Approval of Agenda 3. Review and Approval of Minutes of 28 Sept 2017 4. Performance under O.Reg. 419/05 Site Specific Standard Order – Particulates 5. Update – O.Reg. 419/05 Site Specific Standard Order - Benzene 6. Greenhouse Gas Reduction Project 7. Community Concerns 8. Adjournment

Upda pdate – O. O.Reg. 419/ 419/05 05 Site S Specific S Standard Ord rder r - Ben enzen ene

Upda pdate – O. O.Reg. 419/ 419/05 05 Site S Specific S Standard Ord rder r - Ben enzen ene

Problem:

• Structural weakness identified in the tar storage tank (Tank #23)

Solution:

• Rebuild another storage tank (Tank #25) and connect it to the

nearby Vapour Recovery System at the Clarifier

• Reduced piping
• New tank
• Tank is located in the existing bermed area

Agenda nda

1. Welcome and Safety Contact 2. Review and Approval of Agenda 3. Review and Approval of Minutes of 28 Sept 2017 4. Performance under O.Reg. 419/05 Site Specific Standard Order – Particulates 5. Update – O.Reg. 419/05 Site Specific Standard Order - Benzene 6. Greenhouse Gas Reduction Project 7. Community Concerns 8. Adjournment

OCE E Project ct # #27602

Utilization of Bio-Carbon to Reduce Fossil Carbon Input Requirements for Coke Production

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OCE P E Projec ect # t #27602: Utilization of Bio-Carbon to Reduce Fossil Carbon Input Requirements for Coke Production

Applicant: Stelco Inc. - Hamilton Plant, #7 Coke Battery

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OCE P E Projec ect # t #27602: Utilization of Bio-Carbon to Reduce Fossil Carbon Input Requirements for Coke Production

Solution Provider: Walker Environmental - Thorold, Ontario

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Converting Coal to Coke

• Coke is used in the Blast Furnace
• Coke Oven gas is processed at the

By-Product Plant into fuel gas (for steam and electricity) and chemical products

• Blend of coal is charged into tall slot
• vens
• Coal is heated for 18 hours at 1100°C

in the absence of oxygen & converted into coke (nearly pure carbon)

• QA/QC to determine coke quality

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Producing Iron from Iron Ore

1100°C

Iron ore & limestone Coke

Fe2O3 + 3CO —› 2Fe + 3CO2

• The Blast Furnace

converts iron ore into molten iron metal at 1450°C for Steelmaking

• Blast Furnace gas is

used for steam & electricity

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Wal alker Envir ironmental P l Process F Flo low Grin indin ing Railw ilway T y Ties

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Gree eenhouse e Gas R Reducti tion O Opportunity

Replace a portion of the fossil carbon (coal) with bio- carbon (used railway ties) Innovative technology: First application in a Canadian steel plant

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Agenda nda

1. Welcome and Safety Contact 2. Review and Approval of Agenda 3. Review and Approval of Minutes of 28 Sept 2017 4. Performance under O.Reg. 419/05 Site Specific Standard Order – Particulates 5. Update – O.Reg. 419/05 Site Specific Standard Order - Benzene 6. Greenhouse Gas Reduction Project 7. Community Concerns 8. Adjournment

Agenda nda

1. Welcome and Safety Contact 2. Review and Approval of Agenda 3. Review and Approval of Minutes of 28 Sept 2017 4. Performance under O.Reg. 419/05 Site Specific Standard Order – Particulates 5. Update – O.Reg. 419/05 Site Specific Standard Order - Benzene 6. Greenhouse Gas Reduction Project 7. Community Concerns 8. Adjournment

Tha hank You. u.

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