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04/10/23 1
What is RetroSheath?
RetroSheath is a systematic process using SIP-like materials to significantly increase the insulation values and overall building envelope performance of existing residential buildings.
RetroSheath: A Deep Energy Retrofitting ProcessCopyright © David R. Guenette
04/10/23 2
What is RetroSheath?
ISP: Insulating Sheathing Panel.
Meld layer Rigid foam
OSB sheathing
RetroSheath: A Deep Energy Retrofitting ProcessCopyright © David R. Guenette
04/10/23 3
RetroSheath: A Designed Process System
1. On-site measuring methodologies2. Measurements ingested into CAD software3. CAD software creates ISP production orders
and material buy lists4. CAD/CAM software produces custom ISP5. CAD software creates on-site installation
sequence of work, including any special cases
RetroSheath: A Deep Energy Retrofitting ProcessCopyright © David R. Guenette
04/10/23 4
Fundamental Advantages of RetroSheath
1. Better building envelope results for existing structures
2. Handles out-of-plumb—i.e., real—existing structures
3. Simplified building process leads to lower on-site labor costs
4. Existing old siding can often be left in place
RetroSheath: A Deep Energy Retrofitting ProcessCopyright © David R. Guenette
04/10/23 5RetroSheath: A Deep Energy Retrofitting ProcessCopyright © David R. Guenette
04/10/23 6RetroSheath: A Deep Energy Retrofitting ProcessCopyright © David R. Guenette
04/10/23 7RetroSheath: A Deep Energy Retrofitting ProcessCopyright © David R. Guenette
04/10/23 8RetroSheath: A Deep Energy Retrofitting ProcessCopyright © David R. Guenette
04/10/23 9RetroSheath: A Deep Energy Retrofitting ProcessCopyright © David R. Guenette
04/10/23 10RetroSheath: A Deep Energy Retrofitting ProcessCopyright © David R. Guenette
04/10/23 11
RetroSheath ISP Advantages
1. RetroSheath is a designed process system using ISPs2. ISPs present fewer potential seam sealing challenges3. ISPs result in handling fewer layers and pieces4. ISPs provide redress of plumb, level, and square
problems 5. ISPs are custom manufactured to conform within
tolerances to existing window, door, or other external wall cut-through requirements, reducing time on site for installation and trim-out
RetroSheath: A Deep Energy Retrofitting ProcessCopyright © David R. Guenette
04/10/23 12
Moving Forward with RetroSheath
Research advancing on existing conditions building dimensions capture, including CAD, BIM, point clouds, laser scanning, and photogrammetry
Seeking partnerships or other valid business models to advance RetroSheath
RetroSheath: A Deep Energy Retrofitting ProcessCopyright © David R. Guenette
04/10/23 13
RetroSheath Process Development Roadmap
1. Measurement tools and practices
2. CAD software for material plan generation
3. CAD software for installation plan generation
4. Air and water sealing solutions
5. Trim best practices and techniques
6. Roof RetroSheathing practices and techniques
7. Field TrailsRetroSheath: A Deep Energy Retrofitting Process
Copyright © David R. Guenette
04/10/23 14
RetroSheath Cost/Benefit Assessment Roadmap
1. Materials cost assessment
2. Labor cost assessment
3. Cost/benefit analysis comparisons
RetroSheath: A Deep Energy Retrofitting ProcessCopyright © David R. Guenette
04/10/23 15
RetroSheath Market Assessment Roadmap
1. Identify optimal RetroSheath markets
2. Develop customer ROI analysis and project payback scenarios
3. Evaluate market channels
4. Conduct field project
RetroSheath: A Deep Energy Retrofitting ProcessCopyright © David R. Guenette
04/10/23 16
RetroSheath Business Development Roadmap
1. Legal, building codes, and professional standards environments
2. Patent and trademark considerations
RetroSheath: A Deep Energy Retrofitting ProcessCopyright © David R. Guenette