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ASPHALTopcs | Summer 2017 | VOL 30 | NO 2

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Bap Update<br />

by donn bernal<br />

Update on the<br />

BaP report module<br />

As an owner of an asphalt plant, you are already well aware that OAPC has been working<br />

diligently with the Ministry of Environment and Climate Change (MOECC) to develop a<br />

Technical Standard as it relates to benzo(α)pyrene (BaP) emissions.<br />

Through this process, the MOECC has learned a lot<br />

about our industry and the asphalt plant production<br />

process. We, in turn, have a better understanding of the<br />

direction that MOECC is taking as it relates to climate<br />

change. Ontario wants to be a world leader in controlling<br />

emissions, and BaP from asphalt plants is considered the<br />

surrogate for all polycyclic aromatic hydrocarbons (PAHs).<br />

Although our plants produce hot mix asphalt using one<br />

of two main methods, drum or batch, each plant is unique<br />

in design and configuration, which it makes it difficult to<br />

have a “one size fits all” Technical Standard. We are very<br />

close to finalizing standards with the MOECC that are<br />

considered fair for all stakeholders.<br />

A final piece to this standard is a requirement to track<br />

temperatures at certain intervals and report, as necessary,<br />

these temperatures to the local MOECC district offices.<br />

It was thought that this tracking might be quite<br />

cumbersome especially to the asphalt plant operator.<br />

Therefore, the BaP Subcommittee decided to provide a<br />

module to automate this reporting process and remove<br />

that responsibility from the asphalt plant operator.<br />

In conjunction with a local asphalt plant software<br />

developer and OAPC member, Aggressor Automation,<br />

the subcommittee developed a standardized reporting<br />

module that can be bolted onto any asphalt plant<br />

and record temperatures and production tonnages at<br />

specified intervals. These temperatures include those<br />

at the bottom of the drag conveyor and those at the<br />

asphalt cement tanks. The module then averages out<br />

the temperatures for the day as well as having a rolling<br />

average for the whole year. With this information, the<br />

asphalt plant operator simply has to print a report in<br />

the event of a visit from a district officer or at the request<br />

from the local MOECC District Office.<br />

We are currently at the trial stage, fine-tuning the<br />

reporting module on a couple of plants that are under<br />

the Technical Standards with more plants scheduled<br />

to participate.<br />

The intent is to make this module available to all OAPC<br />

asphalt plant producers whether they are under the<br />

Technical Standard or not. It is an excellent way to monitor<br />

your facility for various production efficiencies, including<br />

natural gas consumption. The cost of installing the<br />

reporting module will vary depending on the asphalt<br />

plant and its current configuration. In the future, your<br />

asphalt plant manufacturer could also have this reporting<br />

module available.<br />

Providing transparency to the MOECC will help strengthen<br />

our relationship with them. This reporting module will go<br />

a long way to achieving that goal as well as simplifying the<br />

process for all stakeholders.<br />

Donn Bernal is General Manager at Yellowline Asphalt<br />

Products Ltd.<br />

SUMMER <strong>2017</strong> 21

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