Runcorn Station Quarter Piazza

Runcorn Station Quarter Piazza

Runcorn Station Quarter is a series of transformational projects that will together achieve improved connectivity across Runcorn, Halton and the wider Liverpool City Region. A significant milestone has been reached in the development of Runcorn Station Quarter and the results speak for themselves!

Runcorn Town Train Station, dating back to its opening in 1869, has played a pivotal role in connecting the town to regional destinations. Originally built as part of the Cheshire Lines Committee, the station has evolved through renovations and expansions to meet the growing transportation needs of the region. Today, it stands as a crucial transportation hub, linking Runcorn to major cities like Liverpool and Manchester.

Project

Runcorn Station Quarter Piazza

Location

Runcorn, Cheshire

Contractor

Balfour Beatty

Landscape Architect

Mott MacDonald

Runcorn Station Quarter is a series of transformational projects that will together achieve improved connectivity across Runcorn, Halton and the wider Liverpool City Region. A significant milestone has been reached in the development of Runcorn Station Quarter and the results speak for themselves!

Runcorn Town Train Station, dating back to its opening in 1869, has played a pivotal role in connecting the town to regional destinations. Originally built as part of the Cheshire Lines Committee, the station has evolved through renovations and expansions to meet the growing transportation needs of the region. Today, it stands as a crucial transportation hub, linking Runcorn to major cities like Liverpool and Manchester.

Project

Runcorn Station Quarter Piazza

Location

Runcorn, Cheshire

Contractor

Balfour Beatty

Landscape Architect

Mott MacDonald

Project

Runcorn Station Quarter Piazza

Location

Runcorn, Cheshire

Contractor

Balfour Beatty

Landscape Architect

Mott MacDonald

I’m sure those who know this area, will agree with me that the transformation which has taken place has been nothing short of incredible!

Undergoing a transformative project to address utility infrastructure, improve functionality, and enhance overall efficiency. The redevelopment included a new entrance for improved accessibility and the addition of green spaces to create a more welcoming environment. The redevelopment aligns with the broader Mersey Gateway regeneration plus plan, a £1 billion project by Halton Borough Council. The goal is to position Runcorn as a multi-modal transport hub, especially in anticipation of the arrival of HS2.

I’m sure those who know this area, will agree with me that the transformation which has taken place has been nothing short of incredible!

Undergoing a transformative project to address utility infrastructure, improve functionality, and enhance overall efficiency. The redevelopment included a new entrance for improved accessibility and the addition of green spaces to create a more welcoming environment. The redevelopment aligns with the broader Mersey Gateway regeneration plus plan, a £1 billion project by Halton Borough Council. The goal is to position Runcorn as a multi-modal transport hub, especially in anticipation of the arrival of HS2.

Collaborators:-

Halton Borough Council: Led the redevelopment initiative and partnered with various stakeholders.
Civils & Lentils Warrington: Collaborated on addressing utility infrastructure and improving functionality.
Balfour Beatty: Executed the construction aspects of the redevelopment as Main Contractors
Mott MacDonald: Provided engineering design expertise for major infrastructure reconfigurations and the station piazza.
WSP in the UK: Surface water drainage design.

Runcorn Train Sation has embraced sustainability initiatives, including automated ticketing systems, digital displays for train schedules, energy-efficient lighting and an innovative approach to urban greening using Rootspace G2 recycled tree pits within the hard paved areas.

The careful selection of products with meticulous attention to best practice planting methods and ‘Made in Britain’ certification aimed to prevent pavement upheaval, allowing the trees to attain maximum canopy cover without compromising the integrity of the surrounding infrastructure. The Rootspace load-bearing modular cells, combined with GreenBlue’s Arborsoil Hydro, create an environment with uncompacted soil beneath the surface.

Incorporating ancillary items such as Arborvents and Castle Tree Grilles further enhances the overall ecosystem for the planted trees. These elements not only facilitate essential airflow but also provide a visually appealing touch above ground.

The Freemans Maple and Himalayan Birch Tree species were chosen for the piazza, along with ornamental planting, adding a touch of natural beauty to the space. The community is expected to take pride in the newly created public space, fostering a sense of ownership and connection to the station.

Learning outcomes:
• This case study demonstrates the effectiveness of a collaborative approach involving public and private entities.
• Working in the initial design phases to map and plan the utilities on site, allowing these utilities to flow seamlessly through the Rootspace soil cell system.

Runcorn Train Station’s redevelopment showcases a successful collaboration between public and private entities to create a modern efficient, and sustainable transportation hub. The project not only improves the functionality of the station but also contributes to the broader regeneration goals of the scheme. Download our Tree Species Guide today, to ensure the species you are planting has the correct soil volume beneath ground to reach its full potential and enhance your project.

Collaborators:-

Halton Borough Council: Led the redevelopment initiative and partnered with various stakeholders.
Civils & Lentils Warrington: Collaborated on addressing utility infrastructure and improving functionality.
Balfour Beatty: Executed the construction aspects of the redevelopment as Main Contractors
Mott MacDonald: Provided engineering design expertise for major infrastructure reconfigurations and the station piazza.
WSP in the UK: Surface water drainage design.

Runcorn Train Sation has embraced sustainability initiatives, including automated ticketing systems, digital displays for train schedules, energy-efficient lighting and an innovative approach to urban greening using Rootspace G2 recycled tree pits within the hard paved areas.

The careful selection of products with meticulous attention to best practice planting methods and ‘Made in Britain’ certification aimed to prevent pavement upheaval, allowing the trees to attain maximum canopy cover without compromising the integrity of the surrounding infrastructure. The Rootspace load-bearing modular cells, combined with GreenBlue’s Arborsoil Hydro, create an environment with uncompacted soil beneath the surface.

Incorporating ancillary items such as Arborvents and Castle Tree Grilles further enhances the overall ecosystem for the planted trees. These elements not only facilitate essential airflow but also provide a visually appealing touch above ground.

The Freemans Maple and Himalayan Birch Tree species were chosen for the piazza, along with ornamental planting, adding a touch of natural beauty to the space. The community is expected to take pride in the newly created public space, fostering a sense of ownership and connection to the station.

Learning outcomes:
• This case study demonstrates the effectiveness of a collaborative approach involving public and private entities.
• Working in the initial design phases to map and plan the utilities on site, allowing these utilities to flow seamlessly through the Rootspace soil cell system.

Runcorn Train Station’s redevelopment showcases a successful collaboration between public and private entities to create a modern efficient, and sustainable transportation hub. The project not only improves the functionality of the station but also contributes to the broader regeneration goals of the scheme. Download our Tree Species Guide today, to ensure the species you are planting has the correct soil volume beneath ground to reach its full potential and enhance your project.

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