CAMPBELL COMPANY OF CANADA TORONTO PLANT

Transcription

1 CAMPBELL COMPANY OF CANADA TORONTO PLANT 2016 TOXICS REDUCTION PLAN SUMMARY REPORT 60 Birmingham St. Toronto, ON M8V 2B8

2 CAMPBELL COMPANY OF CANADA TORONTO PLANT TOXICS REDUCTION PLAN SUMMARY AND 2016 ANNUAL REPORT INTRODUCTION Toxics Reduction Plans were prepared to meet the requirements of the Ontario Toxic Reduction Act (2009) (TRA) and Ontario Regulation 455/09 for Campbell Company of Canada facility located at 60 Birmingham Street, in Toronto, Ontario. The subject toxic substances of this plan summary and 2016 annual report are: Sulfuric Acid (CAS ): Its use at the facility began in December of 2015 as a ph neutralizer for plant effluent. It is also a minor component of a contact sanitizer used on food handling equipment. It met the 2015 NPRI reporting threshold and a toxics reduction plan was developed in Its 2016 data are included in this annual report. Nitric acid (CAS ): It is used in the facility as a component of cleaners that are used to clean food products manufacturing equipment. The substance met the 2012 NPRI reporting threshold and a toxics reduction plan was developed in Its 2016 data are included in this annual report. PM2.5: It is generated as a by-product of the food products manufacturing operations from fuel combustion processes (e.g., boilers, a combined heat and power system - CHP). The substance met the 2012 NPRI reporting threshold and a toxics reduction plan was developed in Its 2016 data are included in this annual report. Nitrogen oxides (NOX, CAS ): It is generated as a by-product of the food products manufacturing operations from fuel combustion processes (e.g., boilers & a CHP). The substance met the 2014 NPRI reporting threshold and a toxics reduction plan was developed in Its 2016 data are included in this annual report. PM10: It is generated as a by-product of the food products manufacturing operations from fuel combustion processes (e.g., boilers & a CHP). The substance met the 2016 NPRI reporting threshold and a toxics reduction plan was developed in The plan summary is addressed in this current report. Carbon monoxide (CO, CAS ): It is generated as a by-product of the food products manufacturing operations from fuel combustion processes (e.g., boilers & a CHP). The substance met the 2016 NPRI reporting threshold and a toxics reduction plan was developed in The plan summary is addressed in this current report. BASIC FACILITY INFORMATION ( ) Facility Information Company Facility NPRI Identification Number: 7392 Ontario MOECC Identification Number: NAICS 2 Code: NAICS 4 Code: NAICS 6 Code: 1 Campbell Company of Canada Plant Toronto n/a Number of Full-time Employees: Manufacturing 3114 Fruit and vegetable preserving and specialty food manufacturing Fruit and vegetable canning, pickling and drying

3 Facility Information UTM Spatial Coordinates (NAD83): Zone: 17 UTM Easting, Northing (centre) , Datum: 1983 Owner and Operator of the Facility Highest Ranking Employee Title: Campbell Company of Canada Jordan Thompson Phone Number: 416) Public Contact Position Address Phone Number: V.P. Supply Chain - Campbell Canada Jordan_Thompson@ca.campbellsoup.com Karen Lee Director Marketing Communications 416) x3232 Fax Number: (416) Technical Contact Position: Phone Number: karen_lee@ca.campbellsoup.com David Culham Area Manager - Engineering (416) x8135 Fax Number: (416) Person Who Prepared the Plan Position: david_culham@ca.campbellsoup.com Boris Chen Project Manager, Stantec Phone Number: Fax Number: Cochrane Drive West Tower, Markham, ON L3R 0B8 boris.chen@stantec.com 2

4 QUANTITY OF SUBJECT SUBSTANCES USED AT THE FACILITY Substance CAS 2015 Quantity Entered to Plant or Created Onsite 1 (tonne) 2016 Quantity Entered to Plant or Created Onsite 1 (tonne) Change % (increase+ or decrease-) Reason of Changes Nitric acid % Note2 Sulfuric acid % Note3 Nitrogen oxides % Note4 PM2.5 n/a % Note4 PM10 n/a % Note4 Carbon monoxide % Note4 Notes: 1. The amounts for NOx, CO, PM10 and PM2.5 were created on site from fuel combustion sources. The amounts for nitric acid and sulfuric acid were used and consumed at the facility. All these substances are not contained in the final products. 2. Some nitric acid was replaced by sulfuric acid for neutralization of wastewater, which is the main reason for the decrease usage of nitric acid in Sulfuric acid did was used starting in December 2015 ph neutralization of wastewater. Therefore its usage in 2016 was much higher than 2015 data, which only covered the usage for one month. 4. The increase of fuel combustion byproducts were due to the increase of fuel required for the CHP plant and product manufacturing. CAMPBELL COMPANY OF CANADA ENVIRONMENTAL INTENT AND OBJECTIVES Campbell Company of Canada is committed to playing a leadership role in protecting the environment. Campbell s proactively follows their Standard Sanitation and Operating Procedures (SSOP & SOP) and continuous improvement strategies to effectively use and minimize the use of toxic substances. The current practices pertaining to the use of the subject substances include inventory management, usage and handling practices, spill prevention and employee training. These practices will continue to be reviewed to evaluate and determine ways to reduce the use of the subject chemical. NOX, CO, PM10 and PM2.5 were released due to the fuel combustion. The facility has implemented energy conservation programs during the past years. Nitric acid was used in the cleaning operation meets the requirement of production quality and depends on the food production operations, productivity and types of products. Sulfuric acid was used starting in December 2015 for ph neutralization of wastewater since it provides improved control and lower cost than nitric acid. Based on the nature of the facility operation, no toxics reduction options have been identified as feasible for the facility in addition to the facility s current initiatives and plans. Certification of the new plan for the 2016 calendar year (for CO and PM10) is provided in the page below. This plan summary reflects the current version of the toxics reduction plan for the subject substances. Plans certifications for other substances were provided in previous plan summaries. 3

5 Plan Certification: 4