Reclaimed Foam Insulation: The Perfect Local Solution for Energy-Efficient Retrofits

Energy-efficient retrofits are an excellent way to reduce energy bills, improve home comfort, and minimize environmental impact. At the heart of these retrofits is insulation, a key factor in creating a thermally efficient home. Reclaimed rigid foam insulation—available in types such as polyiso, EPS, and XPS—offers a cost-effective, high-performance, and eco-friendly solution. Green Insulation specializes…

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Deep Energy Retrofit Essentials: Sealing the Building Envelope with Rigid Foam Insulation

Deep Energy Retrofit Essentials: Sealing the Building Envelope with Rigid Foam Insulation

As sustainable building practices become more mainstream, deep energy retrofits are gaining popularity for their ability to dramatically improve home energy efficiency. A key component of these retrofits is sealing the building envelope to minimize heat transfer and energy loss. This involves using high-performance materials like rigid foam insulation, which not only improves energy efficiency…

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Building Better Envelopes: A Practical Guide to Using Recycled Foam Board (and Building a Better Contracting Business)

TYPES OF RIGID INSULATION

The construction industry is evolving rapidly, with a growing emphasis on sustainability and energy efficiency. Savvy contractors in Massachusetts are recognizing this shift and capitalizing on the opportunity to attract eco-conscious clients and grow their businesses. A key element in this evolution is the adoption of high-performance building envelopes and, specifically, the use of recycled…

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The Circular Economy in Construction: Sourcing and Using Reclaimed Foam Insulation

The Circular Economy in Construction: Sourcing and Using Reclaimed Foam Insulation

The circular economy is a central concept in sustainable construction, emphasizing the reduction of waste and the  reuse of resources. A prime example of this approach is the utilization of reclaimed foam insulation materials, such as polyisocyanurate (polyiso), expanded polystyrene (EPS), and extruded polystyrene (XPS). At Green Insulation, we are committed to advancing sustainable building…

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Maximizing Building Efficiency with Data-Driven Strategies: Insights from BuildingScience.com

Maximizing Building Efficiency with Data-Driven Strategies: Insights from BuildingScience.com

In today’s world, the importance of energy-efficient building practices has never been greater. Environmental concerns and rising energy costs are driving both builders and property owners to seek sustainable, cost-effective solutions. This is where data-driven resources like BuildingScience.com come into play, offering invaluable insights for creating high-performance buildings. For companies like Green Insulation Group, dedicated…

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Building Green: How Recycled Foam Panels Align with LEED Certification and Sustainability Goals

Building Green: How Recycled Foam Panels Align with LEED Certification and Sustainability Goals

In the evolving landscape of construction, sustainability has transitioned from a novel idea to a fundamental project criterion. LEED (Leadership in Energy and Environmental Design) certification spearheads this shift, offering a framework for environmentally responsible building. This article explores the significant yet often overlooked role of recycled foam panels in achieving LEED certification and broader…

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How Time Impacts the Insulation Performance of XPS, EPS, and Polyiso Foam Boards

Rigid foam boards—extruded polystyrene (XPS), expanded polystyrene (EPS), and polyisocyanurate (polyiso)—are widely used in home insulation for their excellent thermal performance and versatility. However, like all building materials, their insulation efficiency can degrade over time due to a few key factors. In this article, we’ll explore these factors and compare how they affect the long-term…

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XPS, EPS, and Polyiso Foam Panel Insulation: Performance, Blowing Agents, Thermal Drift, and Environmental Impact

XPS, EPS, and Polyiso Foam Panel Insulation: Performance, Blowing Agents, Thermal Drift, and Environmental Impact

In cold climates, effective insulation is essential for energy efficiency and comfort. Among the most popular insulation materials are polyisocyanurate (polyiso), extruded polystyrene (XPS), and expanded polystyrene (EPS) foam panels. These materials are widely used for their thermal insulating properties, but their long-term performance can vary due to factors like thermal drift and blowing agent…

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Reclaimed Insulation: A Key Player in Massachusetts’ Net Zero Energy Building Goals

In the face of growing climate concerns, the concept of net-zero energy buildings has emerged as a beacon of hope. These structures, designed to produce as much energy as they consume, represent a critical step towards a sustainable future. Insulation, a seemingly mundane element of building construction, plays a pivotal role in achieving this vision.…

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How Reclaimed Foam Panel Insulation From Green Insulation Supports Net Zero Energy Building Goals

Before and after net zero renovation of 1840's blacksmith shop to architectural studio courtesy of River Architects PLLC

Net Zero Energy Buildings (NZEBs) are designed to produce as much energy as they consume, primarily through the integration of renewable energy systems and superior energy efficiency measures. A critical component of achieving NZEBs is proper insulation, which reduces the building’s energy demand for heating and cooling. Reclaimed insulation, especially foam panels like XPS (extruded…

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