Blog - HyphalBoard

Sustainability

Sustainable Boards for Hospitals and Schools: Enhancing Hygiene, Safety, and Environmental Performance

Sustainable boards are rapidly transforming construction practices in hospitals and schools across Canada. Traditional building materials often carry high environmental costs, emit volatile organic compounds (VOCs), or require frequent maintenance, all of which can impact both health and operational efficiency. Bio-based and eco-friendly boards offer a practical solution, combining durability, low environmental impact, and compliance with hygiene and safety regulations. These materials are increasingly being adopted in healthcare and educational settings to reduce carbon footprint, improve indoor air quality, and support sustainable building certification programs like LEED and WELL.
In this article, we will explore the benefits, applications, and future potential of sustainable boards in hospitals and schools, while providing actionable recommendations for architects, builders, and policymakers.

Mehranoush Saffarpour September 8, 2025

Sustainability

Turning Food Waste into Sustainable Building Materials

Food waste is a growing global problem, contributing to greenhouse gas emissions and lost resources. Innovative bio-based material companies in Canada are transforming this waste into sustainable building materials, offering a practical solution for both environmental and economic challenges.

Azadeh Rasouli September 6, 2025

Applications

Emerging Bio-Based Material Companies in Canada: Market Analysis and Future Trends

Canada’s construction sector is experiencing a sustainability revolution. Traditional materials like MDF, OSB, and conventional concrete are increasingly being replaced or supplemented by bio-based panels and mycelium boards, reflecting the industry’s shift toward low-carbon solutions. Environmental policies, LEED/WELL certifications, and growing public awareness of carbon footprints drive the adoption of these materials.
In addition to reducing greenhouse gas emissions, bio-based material companies are responding to market demands for lightweight, durable, and aesthetically versatile panels. This article explores the Canadian landscape, including major players, market dynamics, innovations, and forecasts for the next five years.

Azadeh Rasouli September 4, 2025

Technology

Challenges and Regulatory Barriers in Using Bio-Based Materials in Canadian Construction

Bio-based materials, including mycelium boards, are increasingly recognized for their sustainability benefits in construction. They reduce carbon footprints, enhance energy efficiency, and promote circular economy principles. However, widespread adoption in Canada is constrained by regulatory and compliance challenges. Architects, developers, and policymakers must navigate building codes, safety standards, and approval processes to integrate these materials effectively.

Mehranoush Saffarpour September 2, 2025

Applications

Innovative Applications of Mycelium Boards in Urban Design and Public Spaces

Mycelium boards, as eco-friendly and sustainable construction materials, are revolutionizing urban design and public spaces in Canada. Urban planners, architects, and developers increasingly seek materials that not only perform structurally but also support environmental goals, enhance aesthetics, and provide long-term durability. With growing awareness of climate impact, sustainable public infrastructure, and community-centered design, mycelium boards present an innovative solution for modern urban landscapes.
This article explores the novel applications of mycelium boards in urban design, covering public spaces, street furniture, architectural panels, and city planning projects. It also includes case studies and examples highlighting real-world use in Canadian cities, emphasizing the environmental and social benefits of bio-based panels.

Mehranoush Saffarpour August 31, 2025

Sustainability

How Mycelium Panels Enable Carbon Reduction in Construction

Mycelium panels, as bio-based construction materials, are transforming approaches to carbon reduction in buildings. With construction responsible for a large portion of global carbon emissions, architects and developers are seeking materials that minimize carbon footprint while maintaining durability, thermal efficiency, and acoustic performance.
Unlike MDF or OSB, mycelium panels are grown on upcycled food or agricultural waste, sequestering carbon during production and remaining biodegradable at end-of-life. This article explores how mycelium panels contribute to carbon emissions reduction, their lifecycle impact, and practical strategies for incorporating them in residential, commercial, and public projects.

Azadeh Rasouli August 29, 2025

Applications

Acoustic Insulation Properties of Mycelium Boards: A Comprehensive Guide for Architects

Mycelium boards, as sustainable construction materials, are redefining acoustic performance in modern buildings. Architects, developers, and builders increasingly prioritize soundproofing and noise reduction in residential, commercial, and public spaces, while also seeking eco-friendly alternatives to traditional panels like MDF or OSB.
Bio-based panels such as mycelium boards not only deliver excellent acoustic insulation but also reduce environmental impact, are lightweight, and can be tailored to diverse design applications. This article explores their sound absorption, noise reduction capabilities, real-world applications, and advantages over conventional materials in Canadian construction projects.

Azadeh Rasouli August 27, 2025

Technology

Life Cycle Cost Analysis of Mycelium Boards in Residential and Commercial Buildings

Mycelium boards, as sustainable construction materials, are transforming the approach to environmentally responsible building in Canada. Architects, builders, and developers are increasingly prioritizing materials that combine durability, thermal efficiency, acoustic performance, and long-term cost-effectiveness.
In modern construction, understanding the life cycle cost (LCC) of materials is essential. Unlike conventional panels such as MDF or OSB, mycelium boards offer not only reduced environmental impact but also significant long-term savings through lower energy use, reduced maintenance, and extended service life. This article provides an in-depth assessment of the life cycle cost of mycelium boards, compares them to traditional materials, and explores real-world applications in Canadian residential and commercial buildings.

Azadeh Rasouli August 25, 2025

Technology

How Mycelium Boards Facilitate LEED and Eco-Friendly Projects in Canada

Mycelium boards, as sustainable construction materials, are transforming LEED-certified and environmentally responsible building practices in Canada. Architects, builders, and developers increasingly seek materials that meet stringent green building certifications while maintaining durability, thermal efficiency, and acoustic performance.
With the growing focus on reducing environmental impact, achieving LEED credits, and optimizing lifecycle assessment, selecting the right materials has never been more important. Mycelium boards, produced from upcycled food waste, are biodegradable, strong, and lightweight, making them ideal for modern construction projects seeking both performance and sustainability.
This article explores how mycelium boards support LEED projects, facilitate eco-friendly construction, and align with Canadian sustainability regulations, providing real-world applications, case studies, and guidance for architects, developers, and communities.

Mehranoush Saffarpour August 23, 2025

Technology

Comprehensive Comparison: Mycelium Boards vs GWP, MDF, and OSB

Mycelium boards, as innovative sustainable construction materials, are revolutionizing the way architects, builders, and developers approach environmentally responsible building. With growing attention to reducing Global Warming Potential (GWP) and optimizing lifecycle assessment, selecting the right panel material is now more crucial than ever.
Derived from the root structure of fungi and cultivated on upcycled food waste, mycelium boards are biodegradable, strong, and lightweight. Unlike traditional materials such as MDF (Medium-Density Fiberboard) and OSB (Oriented Strand Board), they offer a path toward eco-friendly construction while maintaining high performance and durability.
This article provides a comprehensive comparison of mycelium boards, MDF, and OSB, highlighting environmental benchmarks, lifecycle impacts, and real-world applications in modern construction.

Azadeh Rasouli August 21, 2025

Applications

The Potential of Mycelium to Replace MDF in the Furniture Industry

Mycelium has the potential to replace MDF in the furniture industry by offering a sustainable, biodegradable, and durable alternative that reduces environmental impact while maintaining the versatility and strength required for high-quality furniture production.

Azadeh Rasouli January 30, 2025

Applications

The Future of Eco-Friendly Furniture Made from Mycelium

Mycelium is revolutionizing furniture design by offering a sustainable, durable, customizable, and biodegradable alternative to traditional materials like wood and plastic, making it a key material for the future of eco-friendly furniture.

Mehranoush Saffarpour January 29, 2025

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