Welcome to the official Burchill Wind Project webpage!
This webpage has been created to provide information about the Project to the community, stakeholders, and the First Nations of New Brunswick.
About the Project
|
The Burchill Wind Project is located on Crown land approximately 15 km southwest of the City of Saint John, near Lorneville and the existing Coleson Cove Generating Station. This project will make use of the existing Burchill Road for access and will consist of 10 wind turbines with a total installed capacity of approximately 42 MW. This project will connect to the Saint John Energy electrical grid.
|
|
What's Happening
Geotechnical investigation Natural Forces is in the final stages of permitting the Burchill Wind Project. In order to finalize the turbine locations and road design, geotechnical testing must be completed on site. Geotechnical testing requires that a small path be cut through the woods to allow for a drill rig and a small excavator to drill bore holes and dig small pits to understand the depth of the bedrock, stability of the ground and soil composition among other physical and chemical factors. The holes will be filled back in with the material excavated. 
Equipment that will be used on site to drill bore holes.
he fall is the best time to complete this work as the ground is typically dryer, not frozen and there is less risk to wildlife. While the geotechnical studies are ongoing, an archaeologist or archeological monitor will be assisting in monitoring on site. The work is expected to begin near December 10, 2020 and will be completed over several weeks. Depending on the results and feedback from the provincial regulators, we may be required to do this work in two phases spanning December 2020 and January 2021. |
Upcoming Events
Past Events
|
The Site
A rendered photomontage that gives an idea of what the wind turbines will look like from the church on Lorneville Rd.
A rendered photomontage that gives an idea of what the wind turbines will look like from the Lorneville Community Centre.
Who is Proposing this Project?
Natural Forces submitted a proposal to develop this wind energy project in March 2019 to Saint John Energy as part of Saint John Energy's Request for Proposals to acquire additional renewable energy sources as part of their energy supply. As of September 4, 2019, Natural Forces has officially been selected as the proponent of this project moving forward.
Natural Forces is a regional energy developer headquartered in Halifax, NS that has successfully developed, constructed, and operated multiple wind projects in Atlantic Canada for over a decade. Natural Forces has been working in New Brunswick for over 15 years, beginning with the development of the first wind farm in the province - Kents Hills in partnership with TransAlta Corp. Natural Forces is currently managing the construction of two additional wind farms in New Brunswick - the Richibucto Wind Project owned in partnership with Pabineau First Nation and the Wocawson Energy Project owned in partnership with Tobique First Nation. To learn more about Natural Forces and our projects, please visit our website at www.naturalforces.ca or contact us at 902-422-9663.
|
Community Engagement
The development of wind energy in New Brunswick not only provides a clean and stable source of electricity to help meet growing energy demands and provincial targets, but also provides additional community benefits such as:
- An increase in demand for local goods and services during the feasibility and construction phases of development.
- The creation of jobs in the Lorneville area during the construction phase.
|
|
|
Natural Forces is excited about the opportunity to work with local residents to develop the Burchill Wind Project. We are committed to establishing positive relationships with the community through public meetings, community consultation, and one-on-one discussions. In doing so, we will do our best to address all concerns pertaining to this proposed development raised by local residents and community members. Natural Forces welcomes and encourages all community members to attend public meetings and engagement events to learn more about the project and to voice any concerns you may have.
Open House Details
|
First Open House - September 24, 2019
If you were unable to attend the event, all of the information from the event can be downloaded with the link below.
|
Second Open House - March 10, 2020
If you were unable to attend, all the information from the open house can be downloaded with the link below.
|
Third Open House - September 3rd, 2020
If you were unable to attend, all the information from the open house can be downloaded with the link below.
| ||||||
Why Here?
When developing a wind project, it is crucial to find the best suitable location and community to host it. To do so, there are four main factors to consider during the site finding phase of development:
- Wind resource
- Distance to existing electrical and civil infrastructure
- Environmental sensitivity
- Socio-economic concerns
Wind resource:
To measure the wind resource, a temporary meteorological mast or 'met mast' is being installed on the project site. The met mast is equipped to measure the wind speed, wind direction, temperature, and relative humidity.
To measure the wind resource, a temporary meteorological mast or 'met mast' is being installed on the project site. The met mast is equipped to measure the wind speed, wind direction, temperature, and relative humidity.
Distance to existing electrical and civil infrastructure:
The project is located along the existing Burchill Road, which will largely be used to access the site. This project will connect to existing Saint John Energy electrical infrastructure.
The project is located along the existing Burchill Road, which will largely be used to access the site. This project will connect to existing Saint John Energy electrical infrastructure.
Environmental sensitivity:
The project is not expected to present any significant environmental concerns that would prohibit development. Various field surveys will be carried out, the results from which will be submitted as part of the Environmental Impact Assessment.
The project is not expected to present any significant environmental concerns that would prohibit development. Various field surveys will be carried out, the results from which will be submitted as part of the Environmental Impact Assessment.
Socio-economic concerns:
The proposed project is located on Crown land that has significant industrial disturbances including a waterline, a pipeline, three communication towers, several gravel pits, several transmission lines, the Coleson Cove Generating Facility, and a capped landfill. These disturbances combine to cause there to be industrial sounds throughout the project site. The site will allow all turbine locations to be more than a kilometer away from any residential buildings.
The proposed project is located on Crown land that has significant industrial disturbances including a waterline, a pipeline, three communication towers, several gravel pits, several transmission lines, the Coleson Cove Generating Facility, and a capped landfill. These disturbances combine to cause there to be industrial sounds throughout the project site. The site will allow all turbine locations to be more than a kilometer away from any residential buildings.
How to Invest in the Project
Natural Forces is planning to offer an opportunity for New Brunswick residents and businesses to invest in the Burchill Wind Project utilising New Brunswick’s Community Economic Development Corporation (CEDC) program. More information can be found at the Financial and Consumer Services NB website: fcnb.ca/cedc.html. We are still in the process of finalizing the CEDC agreements, but if you are interested in investing, please leave us your contact information to receive information and updates on the Burchill Wind Project CEDC.
What is the Process? |
|
|
1 - Development
|
2 - Construction
|
|
3 - Operation
|
4 - Decommission or Retrofit
|
Environmental Assessment
The Environmental Impact Assessment Regulation - Clean Environment Act states that any electrical power generating facilities, such as a wind project, with a production rating of 3 megawatts or more must undergo an Environmental Impact Assessment (EIA). As the Burchill Wind Project will produce approximately 42 MW of electricity, it is subject to an EIA.
To fully assess the potential environmental impacts of the project, the following comprehensive studies have been conducted:
Results from these studies are compiled in the EIA document were registered with the Department of Environment and Local Government in February 2020. The bird and bats surveys are being included as an addendum to the assessment and are available below. A summary of the environmental studies is also available below.
To fully assess the potential environmental impacts of the project, the following comprehensive studies have been conducted:
- Wind Resource Assessment
- Wetlands and Watercourses Surveys
- Bird and Bat Surveys
- Vegetation and Habitat Surveys
- Noise and Visual Assessments
- Electromagnetic Interference Assessments
- Archaeological Assessments
Results from these studies are compiled in the EIA document were registered with the Department of Environment and Local Government in February 2020. The bird and bats surveys are being included as an addendum to the assessment and are available below. A summary of the environmental studies is also available below.
| Summary Sheet - Environmental Studies |
| Full Environmental Impact Assessment - Burchill Wind Project |
| Addendum report - Bird species |
| Addendum report - Bat species |
| Addendum report - General |
| Addendum report - Layout update |
| Addendum report - Watercourse, wetlands, and archeology |
| Addendum report - Winter bird species |
For more information on the process, please visit the webpage of the Department of Environment and Local Government which can be found by selecting this link: New Brunswick Environmental Impact Assessment.
Frequently Asked Questions
Conventional sources of electricity come from burning fossil fuels such as coal, gas, oil, and from nuclear fuels. There are fears of fossil fuel shortages, and an international consensus that burning fossil fuels is contributing to our planet's increasingly rapid climate change.
Power generation from clean energy sources has become increasingly important. To reflect these needs, the Canadian government's targets seek to increase Canada's electricity generated by renewable sources to 40% by 2020. The benefits of wind energy in Canada are extensive:
Power generation from clean energy sources has become increasingly important. To reflect these needs, the Canadian government's targets seek to increase Canada's electricity generated by renewable sources to 40% by 2020. The benefits of wind energy in Canada are extensive:
- New energy generation helps to meet the growing demand for electricity.
- Increased diversity of supply and therefore, increased security of supply.
- Aids in the prevention of biodiversity loss caused by unchecked world temperature rises.
Some people have concerns about the impact of wind farms on house prices, health, and other issues. As a result, many studies have been done with regard to these issues and are available on Government and Industry association websites. To help people find good quality information, the Canadian Wind Energy Association (CanWEA) lists Windy myths about Wind Power. Many more facts about Wind Energy can also be found on the CanWEA Wind Facts page (FAQ's).
|
| |||||
|
|
| ||||||
Are wind turbines noisy?
Since wind turbines are large mechanical pieces of equipment, they can be expected to produce some noise. However, as wind turbine technology has evolved, the sound emitted by wind turbines has decreased. In current designs the mechanical noise is almost obsolete, resulting in only the interaction of the air and the turbine parts producing noise. This noise decreases as the radial distance from the turbine increases. For reference, the compressor of a refrigerator produces 40-45 dB of noise, whereas a wind energy project would have a noise level of between 35-45 dB at 350 meters away (Check out the Energy Nova Scotia Wind Page for more information). Federal and provincial jurisdictions establish minimum distances from turbines to occupied dwellings to minimize this noise.
Wind turbine noise specific to Burchill Wind Project:
Our realistic and worst-case noise impact assessments demonstrate that the surrounding residences are not expected to experience noise levels at or above the regulated limits (~40 dB(A)) at any wind speeds. This does not mean that no sound will be experienced at residences, but that the maximum sound levels that could be experienced will be quieter than an average refrigerator compressor. Natural Forces is committed to working with the community should any issues arise throughout all phases of the Burchill Wing Project.
Since wind turbines are large mechanical pieces of equipment, they can be expected to produce some noise. However, as wind turbine technology has evolved, the sound emitted by wind turbines has decreased. In current designs the mechanical noise is almost obsolete, resulting in only the interaction of the air and the turbine parts producing noise. This noise decreases as the radial distance from the turbine increases. For reference, the compressor of a refrigerator produces 40-45 dB of noise, whereas a wind energy project would have a noise level of between 35-45 dB at 350 meters away (Check out the Energy Nova Scotia Wind Page for more information). Federal and provincial jurisdictions establish minimum distances from turbines to occupied dwellings to minimize this noise.
Wind turbine noise specific to Burchill Wind Project:
Our realistic and worst-case noise impact assessments demonstrate that the surrounding residences are not expected to experience noise levels at or above the regulated limits (~40 dB(A)) at any wind speeds. This does not mean that no sound will be experienced at residences, but that the maximum sound levels that could be experienced will be quieter than an average refrigerator compressor. Natural Forces is committed to working with the community should any issues arise throughout all phases of the Burchill Wing Project.
Does turbine noise have any effect on health?
A study done by Health Canada in 2014 investigated the health effects of wind turbine noise. This study found that wind turbine noise was not associated with self-reported sleep, illness or stress levels. The summary of these results can be reviewed on the Health Canada Environmental and Workplace Health page and links to additional studies can be found in the following section.
A study done by Health Canada in 2014 investigated the health effects of wind turbine noise. This study found that wind turbine noise was not associated with self-reported sleep, illness or stress levels. The summary of these results can be reviewed on the Health Canada Environmental and Workplace Health page and links to additional studies can be found in the following section.
What is shadow flicker?
Shadow flicker is created when the sun is at a certain angle behind the turbine. When the sun shines through the blades, the movement of the blades can cause a shadow that flickers on and off as the blades rotate. The Province of New Brunswick has identified specific guidelines for wind turbines that require wind energy projects not to exceed 30 minutes/day or 30 hours/year of shadow flicker at any residence. These guidelines also require that wind energy projects not exceed 40 dB[A] of sound at any residence.
Shadow flicker specific to Burchill Wind Project:
Our realistic and worst-case shadow flicker impact assessments demonstrate that the surrounding residences are not expected to experience shadow flicker levels at or above the regulated limits. In addition, the assessments demonstrates that the majority residences will not be impacted by shadow flicker at any level.
Shadow flicker is created when the sun is at a certain angle behind the turbine. When the sun shines through the blades, the movement of the blades can cause a shadow that flickers on and off as the blades rotate. The Province of New Brunswick has identified specific guidelines for wind turbines that require wind energy projects not to exceed 30 minutes/day or 30 hours/year of shadow flicker at any residence. These guidelines also require that wind energy projects not exceed 40 dB[A] of sound at any residence.
Shadow flicker specific to Burchill Wind Project:
Our realistic and worst-case shadow flicker impact assessments demonstrate that the surrounding residences are not expected to experience shadow flicker levels at or above the regulated limits. In addition, the assessments demonstrates that the majority residences will not be impacted by shadow flicker at any level.
How close are the turbines to residential dwellings?
The proposed turbines will be set back at least 1.0 km from all cabins and houses.
The proposed turbines will be set back at least 1.0 km from all cabins and houses.
Will you be able to see the turbines from residential dwellings? From existing roadways?
The turbines being considered for this project have a maximum height of 205 m to blade tip. Wind turbines have gotten taller over the past few years, allowing them to produce more power and reduces the number of wind turbines needed to meet energy demands. Though these larger turbines are more efficient and reduce the ground disturbance by reducing the amount of turbines needed, they are taller and can be seen from further areas surrounding the project. Photomontages of local areas have been created to provide a general idea of what the landscape will look like once the Project is built.
* See photomontages in “The Site” section above.
The turbines being considered for this project have a maximum height of 205 m to blade tip. Wind turbines have gotten taller over the past few years, allowing them to produce more power and reduces the number of wind turbines needed to meet energy demands. Though these larger turbines are more efficient and reduce the ground disturbance by reducing the amount of turbines needed, they are taller and can be seen from further areas surrounding the project. Photomontages of local areas have been created to provide a general idea of what the landscape will look like once the Project is built.
* See photomontages in “The Site” section above.
Who will own the land once the project is constructed?
The project is proposed on Crown Land owned by the Province of New Brunswick. While the project is in operation, the land will still be owned by the province.
The project is proposed on Crown Land owned by the Province of New Brunswick. While the project is in operation, the land will still be owned by the province.
Will any land be expropriated from property owners?
No land will be expropriated from landowners. Natural Forces has many operating windfarms on private lands in Nova Scotia. In these cases, the company has developed, over years, a trusted relationship with the landowners and in all instances the land remains in the ownership of the landowner and is leased for the duration of the project. No land has been leased from unwilling landowners. Since the site for the Burchill Energy Project is located on Crown land, there will be no need to lease lands from private landowners.
No land will be expropriated from landowners. Natural Forces has many operating windfarms on private lands in Nova Scotia. In these cases, the company has developed, over years, a trusted relationship with the landowners and in all instances the land remains in the ownership of the landowner and is leased for the duration of the project. No land has been leased from unwilling landowners. Since the site for the Burchill Energy Project is located on Crown land, there will be no need to lease lands from private landowners.
Considering the construction and manufacturing demands, how does a wind farm offset carbon use?
According to the National Renewable Energy Laboratory, and considering the emissions produced within the New Brunswick Power energy sector, the Burchill Energy Project is expected to offset the carbon emitted during its life cycle within the first year or two of operations. This will allow at least 28 years of operation to offset additional emissions produced in the New Brunswick electricity sector from fossil fuel emitting sources.
According to the National Renewable Energy Laboratory, and considering the emissions produced within the New Brunswick Power energy sector, the Burchill Energy Project is expected to offset the carbon emitted during its life cycle within the first year or two of operations. This will allow at least 28 years of operation to offset additional emissions produced in the New Brunswick electricity sector from fossil fuel emitting sources.
What will be the maximum speed at which the turbines can operate before they are ‘locked down’?
At wind speeds above 30 m/s (108 km/h) the turbine blades feather so they do not catch the wind and the hub rotates the blades so they are parallel to the wind direction. This causes the turbine blades to reduce their speed drastically to ensure no damage is done to the turbines.
At wind speeds above 30 m/s (108 km/h) the turbine blades feather so they do not catch the wind and the hub rotates the blades so they are parallel to the wind direction. This causes the turbine blades to reduce their speed drastically to ensure no damage is done to the turbines.
Will there be any employment opportunities for local community members?
Yes. There will be many construction jobs created by the Burchill Energy project. These positions will be held by local-subcontractors hired by Natural Forces, which will act as the General Contractor during the construction phase of the project.
Yes. There will be many construction jobs created by the Burchill Energy project. These positions will be held by local-subcontractors hired by Natural Forces, which will act as the General Contractor during the construction phase of the project.
What will be the impact on the environment?
With the new advances in wind turbine technology, the installed capacity of each turbine allows us to use fewer turbines to meet energy demands. By using fewer turbines we are able to reduce the overall project footprint. We will attempt to use as many existing roads onsite to minimize the clearing footprint. Tree clearing for the turbines, roads and collection system is often the main source of environmental impact. Another common environmental concern is avian collision with the moving blades and baurotrama for bats. In Atlantic Canada, wind projects have seen the lowest avian and bat mortality compared to the rest of Canada. In this region, data shows that less than one bird per turbine per year is impacted by wind turbines.
With the new advances in wind turbine technology, the installed capacity of each turbine allows us to use fewer turbines to meet energy demands. By using fewer turbines we are able to reduce the overall project footprint. We will attempt to use as many existing roads onsite to minimize the clearing footprint. Tree clearing for the turbines, roads and collection system is often the main source of environmental impact. Another common environmental concern is avian collision with the moving blades and baurotrama for bats. In Atlantic Canada, wind projects have seen the lowest avian and bat mortality compared to the rest of Canada. In this region, data shows that less than one bird per turbine per year is impacted by wind turbines.
Will the land still be accessible to the public once the Project is operational?
The proposed Project resides on Crown land and Natural Forces is not allowed to gate the premises and restrict access. Once constructed, the wind turbines are secure and self contained. Residents will still be able to use the land as they have in the past. Appropriate Project and safety signs will be posted throughout the site.
The proposed Project resides on Crown land and Natural Forces is not allowed to gate the premises and restrict access. Once constructed, the wind turbines are secure and self contained. Residents will still be able to use the land as they have in the past. Appropriate Project and safety signs will be posted throughout the site.
Where do the turbines come from?
This depends on the turbine model and manufacturer. In Natural Forces past projects, we've used Enercon turbines which are manufactured in Germany and Portugal and shipped over to a nearby port.
This depends on the turbine model and manufacturer. In Natural Forces past projects, we've used Enercon turbines which are manufactured in Germany and Portugal and shipped over to a nearby port.
Where do the turbines come from?
This depends on the turbine model and manufacturer. In Natural Forces past projects, we've used Enercon turbines which are manufactured in Germany and Portugal and shipped over to a nearby port.
Will Covid-19 impact the project?
It is too early to tell whether the chain of supply will be affected. As of now, we are moving forward on schedule.
This depends on the turbine model and manufacturer. In Natural Forces past projects, we've used Enercon turbines which are manufactured in Germany and Portugal and shipped over to a nearby port.
Will Covid-19 impact the project?
It is too early to tell whether the chain of supply will be affected. As of now, we are moving forward on schedule.
Wind Turbines and Human Health
Natural Forces thanks everyone who attended the Open House to voice your questions and concerns. During this Open House, many community members had concerns about the potential health impacts of wind turbines. We would like to offer the following resources to help provide some comfort on this issue.
Wind turbine noise and health study : summary of key findings (pamphlet)
http://publications.gc.ca/collections/collection_2014/sc-hc/H129-46-2014-eng.pdf
Wind Turbine Noise and Health Study: Summary of Results
https://www.canada.ca/en/health-canada/services/health-risks-safety/radiation/everyday-things-emit-radiation/wind-turbine-noise/wind-turbine-noise-health-study-summary-results.html
Wind Turbines and Health: A Critical Review of the Scientific Literature
https://journals.lww.com/joem/Fulltext/2014/11000/Wind_Turbines_and_Health__A_Critical_Review_of_the.9.aspx.
Health Effects Related to Wind Turbine Noise Exposure: A Systematic Review
https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0114183
Health effects and wind turbines: a review of the literature
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3179699/
The Potential Health Impact of Wind Turbines
http://health.gov.on.ca/en/common/ministry/publications/reports/wind_turbine/wind_turbine.pdf
Wind turbine noise and health study : summary of key findings (pamphlet)
http://publications.gc.ca/collections/collection_2014/sc-hc/H129-46-2014-eng.pdf
Wind Turbine Noise and Health Study: Summary of Results
https://www.canada.ca/en/health-canada/services/health-risks-safety/radiation/everyday-things-emit-radiation/wind-turbine-noise/wind-turbine-noise-health-study-summary-results.html
Wind Turbines and Health: A Critical Review of the Scientific Literature
https://journals.lww.com/joem/Fulltext/2014/11000/Wind_Turbines_and_Health__A_Critical_Review_of_the.9.aspx.
Health Effects Related to Wind Turbine Noise Exposure: A Systematic Review
https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0114183
Health effects and wind turbines: a review of the literature
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3179699/
The Potential Health Impact of Wind Turbines
http://health.gov.on.ca/en/common/ministry/publications/reports/wind_turbine/wind_turbine.pdf
To get in touch with us
|
Natural Forces - Halifax office
1801 Hollis Street, Suite 1205 Halifax, NS B3J 3N4 |
Amy Pellerin - Senior Development Manager
1 (902) 422 9663 1 (844) 422 WIND(9463) toll free apellerin@naturalforces.ca |