13.
 13. (1) The following are the requirements for an EASR ESDM report supplement: 1. It must set out the name of the person who completed it and must be dated and signed by that person. 2. The information in the report must be accurate as of the date it is signed. 3. It must set out the legal name of each owner of the facility and the name under which each owner carries on business, if it is not the owner’s legal name. 4. If the person who operates the facility is not an owner, the supplement must set out the legal name of each person who operates the facility and the name under which each operator carries on business, if it is not the operator’s legal name. 5. It must set out the site address of the facility. 6. It must contain a statement signed by the person engaging in the prescribed activity confirming that all information the person gave to the licensed engineering practitioner in order to prepare the EASR ESDM report was complete and accurate. 7. It must contain a statement, signed by the licensed engineering practitioner who signed and sealed the EASR ESDM report, that includes the following: i. Confirmation that, based on the information provided to the practitioner, the information in the report was accurate as of the date it was signed and sealed. ii. Confirmation that the EASR ESDM report was prepared in accordance with section 26 of Ontario Regulation 419/05 (Air Pollution — Local Air Quality) made under the Act and with subsection 12 (2) of this Regulation. iii. Confirmation that one or more approved dispersion models were used to prepare the EASR ESDM report and that the models were used in accordance with sections 9 to 17 of Ontario Regulation 419/05. iv. A statement indicating whether the information set out in the EASR ESDM report under paragraph 5 of subsection 12 (1) with respect to the concentration of contaminants is based on proposed discharges. v. A description of the methods and procedures that were employed in preparing the report to ensure minimization of errors and omissions. vi. A description of the operational parameters that were determined for the purpose of preparing the EASR ESDM report, including the maximum rates of production, process limits, performance limits and parameters relating to equipment and infrastructure. vii. A description of the operating and maintenance procedures required to ensure that the facility is operating within the operational parameters referred to in subparagraph vi and subparagraph 9 i. 8. It must contain a statement, signed by a licensed engineering practitioner, confirming that each piece of combustion equipment listed in subsection (2) that is used or proposed to be used at the facility is designed to discharge the contaminants set out in Chapter 1 of the EASR publication with respect to the piece of combustion equipment in an amount that is less than or equal to the applicable limit set out for the contaminant in that Chapter. 9. The statement required by paragraph 8 must set out the basis for the confirmation provided under that paragraph, including the following information with respect to each piece of combustion equipment: i. The information required under Chapter 1 of the EASR publication related to the design of the combustion equipment, the operational parameters for the combustion equipment and emission estimating techniques used to form the basis for the confirmation under paragraph 8. ii. For a boiler or heater, its maximum energy input capacity, the primary type of fuel it uses and any non-primary fuels that it may use, the total number of hours in a year that non-primary fuels may be used, the air pollution control equipment installed in or attached to it, the date it was installed or is proposed to be installed at the facility, the date of the most recent modification made to it, and, if applicable, the hours it is intended to be used. iii. For an electricity generation engine, the type of fuel used in it, its power rating, its intended purpose, the air pollution control equipment installed in or attached to it, the date it was installed or is proposed to be installed at the facility, the date of the most recent modification made to it and, if applicable, the hours it is intended to be used. iv. For a small wood-fired combustor, the following: A. The type of fuel used in it. B. Confirmation that it has an automated wood fuel feed system. C. Its nominal load heat input and output capacity, reported on a higher heating value basis. D. Its partial load heat input and output capacity, reported on a higher heating value basis. E. The air pollution control equipment installed in or attached to it. F. The date it was installed or is proposed to be installed at the facility and the date of the most recent modification made to it. v. For a combustion turbine that does not use an auxiliary burner, the following: A. Its maximum heat input capacity, reported on a higher heating value basis. B. Its maximum power output capacity, reported on a higher heating value basis. C. Its thermal efficiency reported on a higher heating value basis. D. The air pollution control equipment installed in or attached to it. E. The date it was installed or is proposed to be installed at the facility and the date of the most recent modification made to it. vi. For a combustion turbine that uses an auxiliary burner, the maximum power output capacity of the combustion turbine and the following with respect to both the combustion turbine and the auxiliary burner: A. The maximum heat input capacity of each, reported on a higher heating value basis. B. The combined maximum heat output capacity of both, reported on a higher heating value basis. C. The combined thermal efficiency of both, reported on a higher heating value basis. D. The air pollution control equipment installed in or attached to each. E. The date each was installed or is proposed to be installed at the facility. F. The date of the most recent modification made to each. O. Reg. 1/17, s. 13 (1); O. Reg. 13/17, s. 3; O. Reg. 274/21, s. 4 (1). (2) The combustion equipment referred to in paragraph 8 of subsection (1) is the following: 1. A boiler or heater, unless the boiler or heater meets any of the following criteria: i. It uses a fuel other than gaseous fuel, distillate oil or residual oil. ii. Its maximum energy input capacity is less than or equal to 10.5 gigajoules per hour. iii. It was installed at the facility before March 31, 2001 and has not been modified since its installation. iv. It uses fuel derived from a primary process or operation at the facility and the fuel is not produced for commercial purposes at the facility. v. It is used to recover heat from the exhaust gases of another combustion source. vi. The combustion source included in the boiler or heater is a combustion turbine, a small wood-fired combustor or an electricity generation engine. 2. An electricity generation engine, unless the electricity generation engine meets any of the following criteria: i. It is in a standby power system. ii. It is used to generate electricity for use in a community or facility that is located in an off-grid area described in Chapter 2 of the EASR publication. iii. It is used to generate electricity for use in a remote community or a remote facility described in Chapter 2 of the EASR publication. iv. It was installed in the facility before February 27, 2009, it has not been modified since its installation, and on the day immediately before the first registration in respect of the facility is filed in the Registry, an environmental compliance approval in respect of the engine is in effect. 3. A small wood-fired combustor, unless the small wood-fired combustor meets the following criterion: i. It is exempt from the application of section 9 of the Act by Ontario Regulation 524/98 (Environmental Compliance Approvals — Exemptions from Section 9 of the Act) made under the Act. 4. A combustion turbine, unless the combustion turbine meets any of the following criteria: i. It is exempt from the application of section 9 of the Act by Ontario Regulation 524/98 (Environmental Compliance Approvals — Exemptions from Section 9 of the Act) made under the Act. ii. It operates less than 1500 hours in a year and has either a maximum electrical power output capacity or a maximum mechanical power output capacity of less than 4 megawatts. O. Reg. 1/17, s. 13 (2); O. Reg. 274/21, s. 4 (2). (3) If an EASR ESDM report lists a contaminant set out in Schedule 3 to Ontario Regulation 419/05 that is discharged or proposed to be discharged before February 1, 2020, the EASR ESDM report supplement may contain a statement by the licensed engineering practitioner confirming that the EASR ESDM report has been prepared as if section 20 of that Regulation applies to the contaminant. O. Reg. 1/17, s. 13 (3). (4) If the EASR ESDM report supplement contains the statement described in subsection (3), the person engaging in the activity is deemed to have requested the notice mentioned in subsection 20 (4) of Ontario Regulation 419/05 and the Director is deemed to have given notice to the person requiring the person to comply with section 20 of that Regulation with respect to the contaminant as of the date the EASR ESDM report was prepared. O. Reg. 1/17, s. 13 (4). (5) In this section, “electricity generation engine” means a combustion source that is a reciprocating engine and that is used to generate electricity; (“moteur de production d’électricité”) “standby power system” means any apparatus, mechanism, equipment or other thing, and any related exhaust stacks, fuel tanks and piping, that includes one or more electricity generation engines and that is intended to be used only for the provision of electrical power during power outages or involuntary power reductions. (“système d’alimentation électrique d’appoint”) O. Reg. 1/17, s. 13 (5).