Transforming the way the world builds
Driving innovation to build products that are durable, reusable, and recyclable
Making useful products that enhance lives is important. Making them in a way that is sustainable for this generation and the ones that follow is paramount.
At Trusscore, environmental responsibility and sustainability is a core part of our corporate mission. We manufacture a range of PVC-based wall panel products for residential, commercial, and agriculture applications. By leveraging material science and nanotechnology, we continually improve our products and their performance. And we do so with this additional goal: to make our planet healthier, more welcoming, and more livable. A place for us all.
Our material science-based approach is pushing the boundaries to create sustainable building materials that perform. At Trusscore, we are always thinking about the environmental impact to reduce the footprint the building materials industry is leaving behind.
Dave Caputo, CEO
What is sustainable building design and why is it important?
The building sector generates nearly 40% of the annual global greenhouse gas emissions. With global building stock continuing to rise and expected to double in area over the next 40 years, we face a challenging issue. How to construct and operate buildings that reduce environmental impacts. Otherwise, we will continue to see the impact the building sector has on the environment continue to rise.
Failing to do so will result in the building sector continuing to negatively impact the environment. Global temperatures will continue to rise. That can’t be allowed to happen, not if we’re serious about long-term sustainability. Driven to change the way we build and the environmental footprint left behind when we do, Trusscore products are designed with the key principles of sustainable building design in mind.
Three Main Principles of Sustainable Building Design
Minimizing environmental impact of the products used to construct buildings
Reduce the resources (energy, water, raw materials) consumed to operate a building
Build environments that are safe, comfortable, and productive
Measuring the impact of building materials
The environmental impact of building materials can be measured across a range of categories. These include embodied carbon or global warming potential, emissions that deplete ozone, acidification and eutrophication potential, smog creation, and the amount of nonrenewable energy consumption.
With embodied carbon making up over ¼ of annual GHG emissions from the building sector, selecting building materials with lower embodied carbon (kgCO2e) is an important design and specification consideration.
Initiatives to reduce embodied carbon
Embodied carbon emissions refer to the greenhouse gases emitted during the extraction, manufacturing, transportation, assembly, replacement, deconstruction, disposal, reuse, and recycling of building materials.
Assessing a product's embodied carbon impact across a complete life cycle or cradle to grave scope provides a comprehensive assessment of its impact. Assessing a product throughout its entire life cycle is critical to help differentiate between products that might have lower extraction or manufacturing impacts but higher replacement, deconstruction, or end of life impacts and a higher overall embodied carbon footprint.
At Trusscore, we’re committed to creating products with the lowest possible embodied carbon footprint by decarbonizing our production process to reduce the greenhouse gas emissions across the life cycle of our products.
How does Trusscore reduce embodied carbon in its products?
Manufacturing a product that is far lower in weight per square foot than popular alternatives, reducing the amount of energy required for shipping to market.
Providing alternatives to conventional products like drywall. Conventional products have a higher embodied carbon impact during their life cycles, particularly during installation and maintenance, because they require the use of additional raw materials.
Deconstruction and Disposal
Manufacturing products that are 100% recyclable at end of life and waste product can be reground and reused to make new materials.
Reuse and Recycling
Reducing the environmental impact of Trusscore products
We create products that behave more responsibly and with far less impact over their lifecycles than competing products and other building material alternatives. Trusscore products are made from PVC, which is long-lasting and has a lower carbon manufacturing footprint than glass or metal. Trusscore products are 100% recyclable at end-of-life, and waste product can be reground and reused to make new materials.
An estimated 75% of drywall ends up in landfills, where it makes up 25% to 40% of the national solid waste stream. Once it reaches landfill, drywall decomposes and produces smelly hydrogen sulfide gas. It can also leach sulfates into the groundwater supply.
80% Wastewater Reused
Trusscore products are produced using a water recirculation system that allows Trusscore to recycle more than 80 percent of the water used in its production process. The water chiller unit is housed outdoors, reaping the efficiencies of cooler temperatures in the winter months, reducing electrical consumption.
Minimizing Offcut Waste
Custom lengths are available in a wide variety of products to minimize the number of offcuts during installation compared to products like drywall, where approximately 12 percent of new construction drywall ends up in landfill – about two million tons per year in the U.S. alone (new construction accounts for 64 percent of drywall waste, with the rest coming from the manufacturing process and renovation and demolition).
Fewer Trips To Job Sites
Installation is four times faster than drywall which reduces the amount of labor required to install Trusscore products, which minimizes the number of trips needed to a job site to install our wall and ceiling products.
Resource consumption: More efficient buildings
The inherent nature of Trusscore products, the role they play within any structure, and the way they behave in everyday use, play a substantial role in reducing the carbon footprint and, therefore, the environmental performance of any building in which they are installed.
Outlive & Outlast
Trusscore products typically outlive the life of the buildings they’re installed in. Their strength and durability and their unparalleled performance in wet environments mean they don’t degrade. They don’t need to be replaced, reducing landfill, thereby enhancing the environmental performance of a building over time.
All Trusscore products come in a bright, white finish that reflects natural light. The high light reflectivity ( 88%) of Trusscore products maximizes the energy efficiency of existing fixtures and natural light within a structure, thereby reducing lighting requirements and electricity consumed.
PVC can be recycled where publicly available recycling centers are available. Trusscore can also take back our products at the end of their life and recycle them into new Trusscore products.
Enhanced indoor environmental quality can improve the quality of life of occupants and increase the resale value of the buildings.
Volatile organic compounds, or VOCs, are chemical emissions that are emitted from many products used to build the buildings where we live, work, and play. Selecting low-VOC materials ensures better indoor environmental quality and healthier indoor spaces.
Trusscore products are all low-VOC compliant, tested according to the California Department of Public Health v1.2 testing standing, the leading standard used to evaluate emissions from building products, including wall and ceiling coverings.
Installation of products like fiberglass reinforced panels can contribute to increased indoor VOC levels due to the need to use adhesives.
Trusscore wall and ceiling panels are also moisture and water resistant. The PVC formulation of Trusscore won’t support the growth of mold or mildew that can be very harmful to occupants and a source of indoor air pollution.
Trusscore is revolutionizing PVC building materials with materials-science-based nanotechnology. All products provide active or passive protection for infection control and biosecurity and are designed to help prevent, contain, and destroy bacteria, fungi, and viruses, including SARS-CoV-2 surrogate — which we provide 99.9% antiviral efficacy against. Since the on-set of the COVID-19 pandemic, Trusscore products have been used across North America to help prevent the spread of COVID-19 in healthcare applications.
Building spaces with antimicrobial Trusscore wall panels provides superior hygienic protection compared to drywall and OSB (Oriented Strand Board). When tested in comparison to drywall and OSB, by a thrid-party organization, to evealuate the growth of several microorganisms (ISO 846:2019), Trusscore Wall&CeilingBoard was the only material offering complete protection resulting in zero growth.
We are committed to ongoing research and development, led by our team of published materials scientists, to continually enhance the efficacy of our products.
Taking care of our people
No discussion of a company’s sustainability and environmental performance is complete without addressing the health and safety of the places where their products are made.
Trusscore is committed to ensuring that operations at its facilities are conducted in the safest possible manner, with the long- and short-term well-being of team members paramount.
Protection & Prevention
Government standards for noise, air quality, and safe work practices are met or exceeded, and investments are constantly made to ensure Trusscore workplaces remain state-of-the-art, and that team members can work with confidence that their best interests are in the company’s best interest.
Green now and for the future
Today, where the environment is concerned, it’s not enough for a company to do no harm. Today, a company has a responsibility to ensure that its processes and products are part of a sustainable solution, one that leaves a future for coming generations.
At Trusscore, we’re committed to that future. Our products, and our processes, are the proof. The goal is to treat our planet with the respect it deserves. That way, we can all breathe easy.