Q: There has been some confusion about the number of trains that are anticipated to run on the Kitchener line. What is the official number?
A: On opening day in 2015, there will be an additional 10 GO trains for a total of 29 trains on the Kitchener line. There will also be 140 Air Rail Link shuttles operating from Union Station to Pearson International Airport. The total number of trains including VIA and CN will be approximately 210 at the south end of the rail corridor and 185 north of St. Clair Avenue.
| Weekday Trips on Kitchener Rail Corridor |
| SERVICE |
PRESENT |
2015 |
| Bramalea to Malton/Airport (Kitchener, VIA, CN trains only) |
Daily GO Trains
Via and CN
Total |
14
10
24 |
Up to 29
16
45 |
| Malton/Airport to Weston Rd. (Kitchener, VIA, CN trains and Air Rail Link) |
Daily GO Trains
Airport shuttle
Via and CN
Total |
14
0
10
24 |
Up to 29
140
16
185 |
| Weston Rd. to Dupont St. (Kitchener and Bolton, VIA, CN and CP, Air Rail Link) |
Daily GO Trains
Airport shuttle
Via and CN
Total |
14
0
31
45 |
Up to 29
140
37
206 |
| South of Dupont (Kitchener, Milton, Barrie, VIA, CN and Air Rail Link) |
Daily GO Trains
Airport shuttle
Via and CN
Total |
40
0
10
50 |
Up to 65
140
16
211 |
Q: Why does the Environmental Assessment state that 464 trains are planned for the Kitchener rail corridor?
A: An environmental assessment’s purpose is to assess the impacts on the environment of a proposed project over a period of time and takes into account any known expansions. The 464 train trips shown in the Environmental Project Report include future maximum expanded service on the Kitchener, Bolton, Milton and Barrie rail lines at the south end of the Kitchener rail corridor and represents a full-day, two-way train service in all of these corridors.
In the case of the Georgetown Environmental Assessments, Metrolinx’s Regional Transportation Plan – The Big Move – was used as the base planning document, which forecast ridership for several GO Transit corridors over a period of 25 years. Train volumes will grow in stages as service levels increase to meet ridership demands, and operational constraints are removed.
Q: Does Tier 4 technology exist at the moment?
A: The next generation of diesel engines will meet Tier 4 emission standards and we are committed to moving to this technology as quickly as possible. We are testing a Tier 4 GO locomotive prototype in 2012/2013 and refurbishing 10 GO locomotives for Opening Day 2015. The rest of the GO locomotive fleet will be refurbished soon after. The Air Rail Link Diesel Multiple Units have been ordered and will be delivered as Tier 4-compliant.
GO Transit has a long history of using the most efficient technology available. In fact, GO was one of the first to move from Tier 0, and is currently using MP40 diesel locomotives that use the most efficient, cleanest diesel technology available and meets all U.S. Environmental Protection Act Tier 2 Emission Standards.
Q: On January 26th, 2011, the Metrolinx Board of Directors approved the staff recommendation to begin electrification of the Lakeshore and Kitchener GO Transit rail corridors, with the new Air Rail Link (ARL) as the first phase. Will this have an impact on the Georgetown South project?
A: No. The Georgetown South project will provide infrastructure improvements to meet existing GO Transit ridership demand and future growth along the Kitchener corridor. It will also accommodate existing and future VIA Rail and CN freight train service. The project is being designed and built to accommodate future electrification.
Q: What is GO Transit doing to improve air quality?
A: GO Transit is completing the installation of three new air quality monitoring stations along the Kitchener rail corridor for the Ministry of the Environment (MOE) to draw data from. This will assist the MOE and other interested parties in assessing the air quality in this corridor as well as the GTA.
GO Transit is committed to reducing its carbon footprint and minimizing the impact on the environment by removing vehicles from the highways and roads and by utilizing the most efficient technology available for its locomotives.
We will continue to work with our partners to collectively and collaboratively find solutions to improve the regional air quality.
Q: Will the increase in train traffic significantly impact air quality?
A: GO Transit uses the most efficient diesel technology available. We are moving to using next generation Tier 4 diesel technology which reduces airborne particulate emissions by 90% and nitrogen oxides (NOx) by 80%. We are testing a Tier 4 GO locomotive prototype in 2012/2013 and refurbishing 10 GO locomotives for Opening Day 2015. The rest of the GO locomotive fleet will be refurbished soon after. The Air Rail Link Diesel Multiple Units have been ordered and will be delivered as Tier 4-compliant.
As per the Minister of Environment’s request, we have conducted more analysis about any human health impacts from emissions following the implementation of Tier 4 emission standards. We were also asked to draft a revised human health mitigation plan to address residual health risks, if any, after moving to Tier 4-compliant locomotives. The conclusion was that Tier 4 engine technology is an effective mitigation. To review the draft mitigation plan and the accompanying analysis, please visit the public consultation section.
The Environmental Assessment (EA) used the maximum possible theoretical levels (train volume, speed) to predict future environmental impacts. Even using this long range assessment of future impacts, the proposed project was within the acceptable limits for almost all of the emission categories evaluated. Cases that were slightly above emission limits occurred only on the worst modeled smog days. The EA did not account for future improvements in engine technology: for locomotives or vehicles.
On opening day in 2015, the volume of train traffic is well below the long range plan which was modeled in the EA and the impact will therefore be well below that calculated in the EA.
Q: What is the Ambient Air Monitoring and Reporting Plan?
A: The Ambient Air Monitoring and Reporting Plan will monitor a group of pollutants from three reporting stations along the corridor to confirm the current levels as outlined in the environmental assessment, and to monitor changes as service levels increase in the corridor.
Typically, the calculations in an environmental assessment are based on existing air quality monitoring stations. The additional three air quality monitoring stations will provide additional background data on existing conditions – and will be used as a check against assumptions in the environmental assessment. It also checks against the calculated effects of additional traffic on the rail line.
Q: What is the status of the Ambient Air Monitoring and Reporting Plan?
A: The Ministry of the Environment approved the final draft of the Ambient Air Monitoring and Reporting Plan on June 2, 2010.
Q: How does GO Transit intend to minimize the impact of increased noise and vibration?
A: The Environmental Assessments outlined where sound barriers (noise walls) should be constructed as well as locations with potential for vibration concerns. We are in the process of determining the specific types and locations of the barriers as well as mitigation measures for vibration impacts to properties located adjacent to the corridor.
We will be hosting public meetings in the fall to discuss the noise and vibration mitigation plan and to get feedback on mitigation measures such as noise walls.
Q: What is GO Transit doing to minimize noise and vibration during construction?
A: We will minimize disruption to our neighbours by mitigating excessive noise and vibration from construction. This includes depowering equipment and putting up hoarding where necessary. However, there will be construction noise and vibration that is to be expected from construction. We will monitor noise and vibration during construction and implement additional mitigation measures where necessary.
Q: Why can’t GO Transit install sound barriers during construction?
A: Noise barriers will not be installed until the construction is complete to ensure that they are not damaged during the construction. In some cases, building the noise barriers before construction would restrict access to the corridor to complete the construction work. Where necessary, construction hoarding will be installed before work begins to reduce noise and dust.
Q: When will the Georgetown Rail Corridor be electrified?
A: The Metrolinx Board of Directors has recommended electrification of the Lakeshore and Kitchener GO Transit rail corridors, with the new Air Rail Link (ARL) as the first phase. The year-long study revealed important transportation benefits associated with electrification, including shorter travel times for riders and lower operating costs. These benefits would increase over time and as service levels increase.
The province of Ontario has approved an environmental assessment to electrify the Air Rail Link service. The final electrification study report, staff report and associated appendices are available online at www.gotransit.com/estudy.
Q: Why is GO Transit moving to Tier 4 train technology? What is Tier 4 technology?
A: Tier 4 is an emission standard set by the US Environmental Protection Act that will be adhered to in building the next generation of diesel technology. It is projected to reduce emissions of airborne particulates by 90% and nitrogen oxides by 80%. We are testing a Tier 4 GO locomotive prototype in 2012/2013 and refurbishing 10 GO locomotives for Opening Day 2015. The rest of the GO locomotive fleet will be refurbished soon after. The Air Rail Link Diesel Multiple Units have been ordered and will be delivered as Tier 4-compliant.
GO Transit has a long history of using the most efficient technology available. In fact, GO Transit was one of the first to move from Tier 0, and is currently using MP40 diesel locomotives that use the most efficient, ultra-low sulphur fuel available and meets all US Environmental Protection Act Tier 2 Emission Standards.
Q: Why is GO Transit using diesel technology in the interim?
A: Comparable commuter rail systems in major urban centres use diesel, especially if operating in a mixed-use rail corridor as GO Transit does. GO Transit has a long history of using the most efficient technology available. In fact, GO Transit was one of the first to move from Tier 0, and is currently using MP40 diesel locomotives that use the most efficient, cleanest diesel technology available and meets all US Environmental Protection Act Tier 2 Emission Standards.
Most electrified rail commuter trains exist where the rail corridors are exclusively dedicated to commuter train traffic and not mixed with freight traffic. This allows for the trains to be lighter and smaller.
Because GO shares its tracks with freight and other commuter rail traffic, federal regulations require that GO commuter trains meet acceptable crash worthiness standards. This results in a much heavier train requiring more horsepower to operate. Diesel is typically used for these types of mixed-use train corridors in North America.
Q: Does Tier 4 technology exist at the moment?
A: The next generation of diesel engines will meet Tier 4 emission standards and we are committed to moving to this technology as quickly as possible. We are testing a Tier 4 GO locomotive prototype in 2012/2013 and refurbishing 10 GO locomotives for Opening Day 2015. The rest of the GO locomotive fleet will be refurbished soon after. The Air Rail Link Diesel Multiple Units have been ordered and will be delivered as Tier 4-compliant.
GO Transit has a long history of using the most efficient technology available. In fact, GO was one of the first to move from Tier 0, and is currently using MP40 diesel locomotives that use the most efficient, cleanest diesel technology available and meets all U.S. Environmental Protection Act Tier 2 Emission Standards.
Q: Why is GO Transit moving ahead with construction prior to the completion of the electrification environmental assessment?
A: All infrastructure in the Georgetown South corridor is being built to accommodate potential future electrification. The extensive design and construction work for grade separations, bridges and additional track will be undertaken over the next four years, and as such must commence now, and in accordance with the approved Environmental Assessments.
Q: What is being done to accommodate the West Toronto Railpath?
A: We are engaging with the West Toronto Railpath group, the City of Toronto and other community organizations to help accommodate the Railpath’s plan to build its path adjacent to GO’s Kitchener corridor, where possible.
Q: Why is there no plan for a GO Transit or Air Rail Link stop at King Street?
A: The Georgetown South Project needs to balance demands for increased regional service with local needs. Both the Kitchener service and Air Rail Link stop at Union Station, Bloor GO and Weston GO stations within the City of Toronto limits.
The current GO Transit stations link with the TTC, which provides frequent service along King Street West and Queen Street west, and connects travellers to GO Transit at both Union and Bloor Stations.
Q: What did you do during the Environmental Assessment to ensure that community engagement was transparent?
Metrolinx held 18 public open houses, welcoming over 2,000 attendees who submitted over 600 feedback forms. Metrolinx also hosted several roundtable meetings, a community design charette and Metrolinx also offered a 24/7 Virtual Open House - an on-line consultation site where members of the public could review the project reports and materials, send comments, suggestions or questions to gts@gotransit.com for response back from the project team.
Q: What can the community expect from GO Transit in terms of engagement and communication?
A: GO Transit is committed to transparent and responsive communications with our neighbours, elected officials and our partners. We have opened GO Transit community offices in Liberty Village and Weston. Community relations staff working at these offices are on the ground to answer community questions and resolve issues during the detailed design and construction phases of the Georgetown South Project.
Q: Does GO Transit have to close any roads to complete the Georgetown South Project?
A: GO Transit is committed to reducing the impact on the community as much as possible. Our priority is community safety and that is why we are working with the City of Toronto, elected officials and community members to ensure that we come up with the best possible solution.
In order to create a safe underpass at Denison Road in Weston, we need to cul-de-sac Sam Frustaglio Drive. If the road were to remain open, it would create a very steep, unsafe intersection at Denison Road. Also, several homes along Sam Frustaglio Drive would have to be purchased and the residents displaced. The safest option is to cul-de-sac the street which offers new green space and reduces through traffic in the neighbourhood. A new traffic signal will be installed at Wright Avenue to allow motorists to safely turn northbound on Jane Street.
We also require closing the John Street rail crossing to vehicular traffic. A pedestrian bridge will be built to maintain pedestrian and bicycle access across the rail corridor.
There will be temporary road closures along the corridor for periods of time to accommodate construction.
Q: What are the next steps for the John Street Pedestrian Bridge?
A: We have selected members for the John Street Pedestrian Bridge Community Advisory Committee. The inaugural meeting was held in January 2011. For reports from the CAC, click here.
Q: On July 30th, the Ontario government announced that Metrolinx would build, own and operate the Air Rail Link (ARL) from Union Station to Pearson. Will this have an impact on the Georgetown South Project?
A: No. The Georgetown South Project is intended to provide infrastructure improvements to meet existing GO Transit ridership demand and future growth along the Kitchener corridor. It will also accommodate existing and future VIA Rail and CN freight train service, as well as the new Air Rail Link.
Q: Will the ARL service still run 140 shuttles a day, as initially outlined in the EA for the GTS project?
A: Yes – Metrolinx will be providing the same service as the prior proposal: shuttles every 15 minutes.
