Transforming Construction from a Carbon Cost to a Carbon Solution

Building a sustainable future through innovative carbon reduction strategies and sequestration techniques.

90%
Carbon Reduction
Sustainable Construction

The Regina Road Carbon Solution

The key to abating large carbon figures through building projects lies in leveraging embodied carbon reduction and potential carbon sequestration within the development itself.

Cost Benefit Analysis

Carbon Abatement Value

Unavoidable Emissions 12,169 tCO2e
Value per Tonne £60
Total Value £730,140

Social Benefits

225 Affordable Homes

Providing quality housing and community amenities

Economic Growth

Local Economic Impact

Job creation and support for local suppliers

Massive Carbon Savings

Building 340 new homes with 90% less embodied carbon than conventional methods by using salvaged demolition materials, timber, and low-carbon concrete.

Impact 12,169 tCO2e offset

Verified Carbon Trading

Access our secure marketplace for validated carbon credits, connecting with high-quality offset projects across London.

Available Credits MtCO2e

Tradable Carbon Credits

The 'Net Zero Now' framework (ISO 14067-aligned) will verify carbon savings, turning them into valuable Voluntary Emission Reduction Certificates (VERCs).

Potential 300,000 tCO2e impact

Local Offset Funding

Croydon Council can purchase locally generated VERCs from the project, creating an internal transfer that directly contributes to meeting net-zero targets.

Benefit Self-sustaining model

Carbon Sequestration

Active carbon removal through integrated green infrastructure in the design of new homes, community spaces, and nursery.

Extensive Green Walls and Roofs

Substantial in size and containing diverse planting to maximize CO2 absorption.

Urban Greening and Trees

Planting new trees and robust vegetation around the site for long-term carbon capture.

Measurement Framework

Quantifying projected carbon sequestration over the lifespan of green elements.

Drastic Reduction in Embodied Carbon

Achieving a 90% reduction in carbon footprint compared to conventional building methods.

Mass Timber Construction

Prioritizing engineered timber (CLT, Glulam) for structural elements. Timber sequesters carbon during growth, making it a "carbon sink" within the building.

Low-Carbon Concrete

Using ultra-low carbon concrete mixes with high percentages of GGBS or fly ash replacements, or innovative new binders where concrete is unavoidable.

Recycled/Reused Steel

Maximizing recycled content where steel is needed, reducing the carbon footprint associated with virgin steel production.

Recycled Materials

Incorporating sustainable recycled materials including PP plastic, crushed rock aggregates, recycled glass, and textile fibers, finished with eco-friendly natural stains.

PP Plastic
Crushed Rock
Recycled Glass
Textile Fibers

Circular Economy Principles

Designing for disassembly and future reuse of materials, minimizing waste and maximizing resource efficiency.

Implementation Progress 75%
Material Recovery Target 90%

Climate Change Impact Analysis

Global Temperature Rise & CO2 Concentrations

Current Temperature Rise

+0.7°C above pre-industrial

Croydon Flooding

Unseasonal localized flooding occurred in Croydon during summer 2007

Drought Events

Significant drought conditions experienced in 2006

CO2 Concentration Levels

Pre-industrial
285 ppm
Current
430 ppm
Target
450 ppm
Warning
550 ppm
285 350 450 550

Risk Assessment at 430 ppm

High probability of 2-3°C temperature rise
Increased extreme weather events
Substantial changes required in energy production

Action Plan

Comprehensive strategies to reduce carbon emissions and build a sustainable future.

Construction Strategies

  • Demolition Material Reuse

    Reuse significant portions of demolition material from 191 post-war housing units directly into the new 340 homes.

  • Low-Carbon Materials

    Utilize mass timber, low-carbon concrete, recycled steel, and bio-based insulation to reduce embodied carbon.

  • Green Infrastructure

    Incorporate extensive green walls, roofs, and urban greening to actively sequester carbon.

  • Circular Design

    Design for disassembly and future reuse of materials to minimize waste and maximize resource efficiency.

Community Involvement

Educational Workshops

Host regular workshops to educate residents about sustainable living practices and carbon reduction.

Community Garden Initiative

Establish community gardens to promote local food production and carbon sequestration.

Volunteer Opportunities

Get involved in tree planting, green wall maintenance, and other carbon-reducing activities.

Join Us in Building a Carbon-Positive Future

Net Zero Now Plan

Transform your construction projects into quantifiable carbon savings. Our ISO 14067-aligned method ensures accurate, trusted measurements of your carbon footprint reduction.

Verified Carbon Trading

Convert your carbon savings into valuable Voluntary Emission Reduction Certificates (VERCs). Create new revenue streams while contributing to climate action.

Expert Guidance

Benefit from our expertise in carbon accounting, globally recognized methodologies, and proven track record of helping businesses monetize environmental benefits.

Why Choose Regina Road Project?

For Developers

Sell VERCs for additional revenue while showcasing your commitment to sustainable construction.

For Buyers

Offset emissions by purchasing verified credits, supporting local green projects in London.

SME Friendly

Tailored solutions for businesses of all sizes, making sustainable construction accessible.

Future-Proof

Secure funding and attract eco-conscious buyers with verified green credentials.

Lead London's sustainable building revolution. Transform your next project into a beacon of environmental innovation while maximizing its financial value.

Join projects like Regina Road in proving that replacing inefficient buildings with sustainable homes creates measurable carbon savings and tangible rewards.