How does TM65.2 affect lighting bollards and specifications?

Sustainability has become a key focus in the lighting industry, driving changes in how products are designed, manufactured, and evaluated. One of the most significant recent developments is the introduction of the TM65.2 standard. This standard zeroes in on the embodied carbon within building services, particularly lighting, offering a framework for assessing the environmental impact of products across their entire lifecycle.

Bollard lights, which are commonly used in outdoor public spaces, housing developments, and campuses, are directly affected by TM65.2. The materials and processes involved in their production, transportation, and installation all contribute to embodied carbon, making it essential for specifiers to consider sustainability when choosing bollards for their projects.

Embodied carbon and wayfinding bollards

Lighting bollards, commonly used in outdoor public spaces, housing developments, and campuses, are directly affected by TM65.2. The materials and processes involved in their production, transportation, and installation all contribute to embodied carbon, making it essential for specifiers to consider sustainability when choosing fixtures for their projects.

Embodied carbon refers to the total emissions produced throughout a product’s lifecycle, including its manufacturing, transportation, installation, and disposal. This differs from operational carbon, which is the energy used while a product is in use. For wayfinding bollards, the focus on embodied carbon highlights the need to minimise the environmental impact from the moment the raw materials are sourced to the time the product is decommissioned.

Lighting fixtures, traditionally made from metals like steel aluminium, or composites, tend to contribute significantly to embodied carbon. The energy-intensive processes involved in producing these materials, combined with transportation costs, mean that the carbon footprint can be substantial.

However, TM65.2 encourages the use of low-carbon materials in response to these environmental concerns. Sustainable options, such as timber, are emerging as alternatives, offering a lower embodied carbon footprint. This shift is key for specifiers aiming to meet sustainability goals in their projects, especially for outdoor spaces like parks, campuses, and wayfinding systems.

Key considerations for reducing embodied carbon in post bollard light:

• Material selection: Prioritising low-carbon materials such as timber or recycled metals.
• Manufacturing processes: Opting for products manufactured with renewable energy sources.
• Transportation: Choosing locally sourced products to reduce transportation emissions.

Using sustainable materials and manufacturing methods is increasingly critical in light of TM65.2’s emphasis on reducing embodied carbon, ensuring that outdoor lighting fixture specifications align with environmental goals.

TM65.2 on lighting bollard specifications

TM65.2 introduces specific guidelines for evaluating the embodied carbon of lighting products, with a clear focus on promoting sustainability. For lighting bollards, this means they must now be assessed for their carbon impact across their entire lifecycle, from production to disposal. Manufacturers are required to calculate the embodied carbon of their products, enabling specifiers and contractors to make more informed, environmentally conscious decisions.

The standard encourages the use of low-carbon materials, like timber, and recycled components to reduce the overall carbon footprint of lighting fixtures. The shift towards more sustainable materials aligns with TM65.2’s goal of driving the lighting industry toward greener practices.

Under TM65.2, bollard specifications now include:

• Embodied carbon assessments: Mandatory calculations of the carbon footprint of bollards, covering all stages of the product life cycle.
• Material transparency: Specifying materials that produce lower emissions, such as timber, recycled metals, or composites with reduced environmental impact.
• Lifecycle evaluations: Comprehensive reviews of the product’s entire journey, from raw material extraction to its eventual disposal or recycling.

Complying with TM65.2 not only helps reduce the environmental impact of bollard lights but also improves the overall sustainability of outdoor lighting projects. Specifying products that meet this standard offers benefits such as enhancing environmental performance, meeting new regulations, and supporting long-term sustainability goals for outdoor spaces.

Why TM65.2 is important for public spaces?

Public outdoor spaces such as parks, campuses, and trails are increasingly subject to sustainability criteria, making compliance with TM65.2 essential. As these areas are developed and maintained, the focus on environmental responsibility has intensified. This standard ensures that lighting products, particularly bollards, contribute positively to the ecological footprint of these spaces.

Sustainable lighting fixtures play a crucial role in enhancing the environmental performance of public areas. By using TM65.2-compliant products, councils and developers can significantly reduce the carbon footprint of public spaces. These products not only comply with regulations but also align with broader sustainability initiatives, helping to meet environmental targets.

The importance of TM65.2 compliance in public spaces includes:

• Contribution to a greener environment: Sustainable bollards reduce overall emissions and energy consumption, fostering healthier ecosystems in public areas.
• Enhanced energy efficiency: By specifying low-carbon lighting solutions, public spaces can lower their energy use, benefiting both the environment and operational costs.
• Support for sustainability initiatives: Compliance with TM65.2 allows councils and developers to demonstrate their commitment to environmental stewardship, making it easier to secure funding and support for future projects.

TM65.2-compliant outdoor lighting fixtures reduce the carbon footprint of public spaces, helping councils and developers meet their sustainability targets. As outdoor areas evolve, integrating sustainable practices into the selection of lighting solutions ensures these spaces remain inviting and environmentally friendly, ultimately enhancing the quality of life for communities.

How TM65.2 affects future wayfinding strategies

Lighting bollards are essential for safe and effective wayfinding in towns, parks, and other public spaces. They provide critical illumination that guides pedestrians and cyclists, enhancing safety and navigation. With the introduction of TM65.2, the selection of lighting products for wayfinding systems is being reshaped by sustainability requirements, ensuring that environmental considerations are at the forefront of design and implementation.

The sustainability criteria established by TM65.2 affect how lighting products are chosen for wayfinding solutions. As specifiers seek to meet these standards, there will be a greater emphasis on selecting low-carbon materials and products that reduce embodied carbon throughout their lifecycle. This shift not only contributes to sustainability goals but also fosters innovative approaches to wayfinding design.

Key impacts of TM65.2 on future wayfinding strategies include:

• Material selection: Increased prioritisation of sustainable materials, such as timber or recycled components, in the design of bollard lights for wayfinding systems.
• Reduced emissions: Incorporating TM65.2-compliant bollards will help reduce the overall carbon footprint of public spaces, aligning with environmental targets set by councils and developers.
• Long-term cost savings: Sustainable lighting solutions often lead to lower maintenance costs and improved energy efficiency, which can significantly benefit public budgets in the long run.

By adhering to TM65.2, future wayfinding strategies will not only enhance safety and accessibility in public spaces but also contribute to a more sustainable urban environment. This compliance encourages thoughtful design that prioritises both functionality and ecological responsibility, ensuring that public areas are well-lit, navigable, and environmentally friendly.

Conclusion

Specifying TM65.2-compliant products offers numerous advantages for both public spaces and the environment. By prioritising sustainability, these products not only contribute to reducing carbon footprints but also support long-term cost savings through improved energy efficiency and lower maintenance needs. Furthermore, they align with modern design standards, ensuring that outdoor lighting solutions meet the evolving needs of communities while enhancing their aesthetic appeal.

As the demand for environmentally responsible products grows, it’s essential to stay informed about innovations in sustainable lighting, including options that utilise solar power for effective illumination. We encourage you to explore Made by Landmark’s range of lighting bollards and keep an eye on our upcoming TM65.2-certified products.

Additionally, for those looking for items to compare, our products come with detailed specifications to aid in informed decision-making. Whether you need lighting that operates dusk to dawn or specific features, we have solutions tailored to your needs.

Get in touch with us today to discover how Made by Landmark’s sustainable lighting solutions can enhance your project!