Sustainable materials: The foundation of a resilient future

Built to last, starting with what matters most
Fresh Assets Team

Behind every high-performance building lies a hidden layer of decision-making — and at the core of that is material choice. At Fresh Assets, we believe that sustainable real estate starts with what you build it from. The foundation of resilience isn’t just smart design or clean energy — it’s responsible materials.

Sustainable materials shape everything from energy efficiency to occupant health, from construction waste to long-term durability. They’re not just about looking green — they are the building blocks of a better future.

Why materials matter

The built environment accounts for nearly 40% of global carbon emissions — and a significant portion of that comes from embodied carbon: the emissions associated with extracting, processing, transporting, and installing materials.

Traditional construction materials like concrete, steel, and PVC come with high environmental costs. But by choosing smarter alternatives — recycled, renewable, low-toxicity, and locally sourced — developers can drastically reduce impact while improving performance.

At Fresh Assets, we evaluate every component of our buildings through this lens.

The environmental impact of conventional materials

Materials like concrete and steel are durable — but energy-intensive. For example:

  • Cement production alone contributes to 8% of global CO₂ emissions
  • Vinyl-based products often release harmful chemicals into the indoor environment
  • Imported materials increase emissions from transportation and logistics

These costs are often invisible — but they accumulate over a building’s lifecycle, and they affect everything from indoor air quality to maintenance budgets.

Our material philosophy at Fresh Assets

We don’t just select materials — we curate ecosystems. Our strategy includes:

1. Recycled and reclaimed materials

From reclaimed wood beams to recycled metal fixtures, we use materials that give new life to old resources. This reduces landfill waste and honors the embodied energy of existing products.

2. Rapidly renewable resources

We use bamboo, cork, straw board, and other fast-growing, low-impact materials that regenerate quickly and require minimal processing.

3. Low-VOC and non-toxic products

Indoor air quality is a key health factor. We specify paints, adhesives, sealants, and finishes that emit minimal volatile organic compounds (VOCs), supporting occupant wellbeing.

4. Locally sourced materials

By sourcing materials as close to the project site as possible, we reduce transportation emissions and support regional economies — while ensuring climate-relevant performance.

5. Durability and longevity

Sustainability doesn’t mean sacrificing strength. Our materials are selected for both resilience and performance, with low maintenance requirements and long product life cycles.

Biophilic materials: A sensory experience

Our commitment to sustainability also includes how materials feel, look, and interact with human perception. We prioritize biophilic materials — those that connect occupants to nature through texture, tone, and touch.

This includes:

  • Warm wood finishes
  • Natural stone accents
  • Earth-toned plasters and clays
  • Textiles from organic fibers

These elements aren’t just environmentally conscious — they’re psychologically supportive, reducing stress and creating more welcoming spaces.

Certifications and standards we follow

We align material choices with industry-leading guidelines, including:

  • LEED (Leadership in Energy and Environmental Design)
  • WELL Building Standard
  • Cradle to Cradle Certified products
  • Forest Stewardship Council (FSC) certification for wood
  • Declare labels for transparency in chemical content

This ensures that our materials meet third-party verified standards for sustainability, safety, and performance.

Lifecycle thinking: From cradle to reuse

Every material we use is evaluated for its entire life cycle — from origin to eventual reuse or recycling. We ask:

  • Where did this material come from?
  • How was it processed and transported?
  • What impact will it have during its life?
  • Can it be reused, repurposed, or recycled?

This circular economy mindset minimizes waste and maximizes value.

Las Croabas: A material showcase

At Las Croabas, we used:

  • Recycled aluminum roofing for durability and solar reflectivity
  • FSC-certified wood cladding with natural weather resistance
  • Porous pavers for water permeability and heat island mitigation
  • Locally quarried stone that blends with the landscape
  • Natural lime plaster for low-VOC finishes and mold resistance

These choices weren’t just ethical — they were strategic. They supported LEED and WELL certification targets while creating a timeless, high-end aesthetic.

The financial case for sustainable materials

While some sustainable materials carry a premium, the long-term ROI is substantial:

  • Lower maintenance and replacement costs
  • Healthier indoor environments (reducing absenteeism and liability)
  • Faster leasing due to wellness-driven appeal
  • Better alignment with green financing and insurance incentives

Green doesn’t just cost less — it performs better.

The bigger picture: Building a regenerative future

Sustainable material selection is more than a construction tactic — it’s a worldview. It reflects a commitment to:

  • Reducing global emissions
  • Supporting ethical labor and transparent supply chains
  • Creating spaces that respect and reflect the environment they inhabit

At Fresh Assets, we see each building as a message — and materials are its language.

Let’s build from the ground up — responsibly

A strong building begins with smart choices. By selecting materials that are renewable, recycled, local, and non-toxic, we create spaces that serve people and planet alike.

Let’s move beyond short-term thinking. Let’s build with intention, with integrity, and with the right foundation.

The future is sustainable — and it starts with what we’re standing on.

Share this case study