Indestructible Now Comes in Frames Taber Tests Don’T Lie
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Selling Your Timber
Selling Your Timber A timber sale is a serious matter requiring careful preparation. The results of many years of past timber growth are at stake, and the condition of the forest after the sale profoundly affects its productivity for many years to come. Basics to Consider If profit is your primary objective, avoid the temptation to make a “quick sale.” Think about what you are going to do, and don’t be pressured Your best interest should 1. Hire a Registered Consulting Forester into making a decision. Using the competitive bid be the top priority of anyone to Help With the Planning and Sale of process can maximize your profits. you hire to assist in your timber sale. They should Your Timber fully disclose and resolve Selling timber can be a source of great satisfaction compromised. It reduces opportunities for any existing or potential to a landowner. It may also be surprising, frustrating misunderstandings between you and the buyer and/or conflicts of interest. and stressful, especially for landowners who conduct logger, helps ensure the harvest will maximize financial timber sales infrequently. returns for all parties, protects water quality and Relying on the expertise of a registered consulting maintains or enhances forest productivity. Reforestation forester for help with harvest planning and timber sales alternatives should also be planned prior to timber reduces the likelihood that sellers or buyers will be harvests to ensure that the specific harvest methods caught off guard - and that helps landowners get the used complement long-term forest management goals. Tax Implications highest return for their timber. -
Potential of Cross Laminated Timber in Residential Design
POTENTIAL OF CROSS LAMINATED TIMBER IN SINGLE FAMILY RESIDENTIAL CONSTRUCTION by Brad Burback A thesis submitted to the Faculty and the Board of Trustees of the Colorado School of Mines in partial fulfillment of the requirements for the degree of Master of Science (Civil and Environmental Engineering). Golden, Colorado Date____________________ Signed: ________________________ Brad Burback Signed: ________________________ Dr. Shiling Pei Thesis Advisor Golden, Colorado Date__________________ Signed: ________________________ Dr. John McCray Department Head of Civil and Environmental Engineering ii ABSTRACT Cross laminated timber (CLT) is a panelized engineered wood product that is gaining popularity in the United States as a structural material for massive timber buildings. CLT is shown to be cost competitive to steel and concrete in large building construction projects, but is seen as uncompetitive for smaller scale projects, especially light frame wood (LFW) residential construction. The purpose of this study is to provide a detailed comparison of the cost to construct a CLT home versus a LFW home to quantify the cost difference between both options in the single family home (SFH) market. Based on a realistic floor plan, three different designs were compared based on cost and construction timeline to determine the realistic cost differences between SFH constructions using LFW or CLT. The final results show that the CLT option results in a 21% increase in total construction cost from the LFW option. While it is difficult to justify this -
2010 Directory of Maine's Primary Wood Processors
Maine State Library Digital Maine Forest Service Documents Maine Forest Service 9-14-2011 2010 Directory of Maine's Primary Wood Processors Maine Forest Service Forest Policy and Management Division Follow this and additional works at: https://digitalmaine.com/for_docs Recommended Citation Maine Forest Service, "2010 Directory of Maine's Primary Wood Processors" (2011). Forest Service Documents. 253. https://digitalmaine.com/for_docs/253 This Text is brought to you for free and open access by the Maine Forest Service at Digital Maine. It has been accepted for inclusion in Forest Service Documents by an authorized administrator of Digital Maine. For more information, please contact [email protected]. 2010 Directory of Maine’s Primary Wood Processors Robert J. Lilieholm, Peter R. Lammert, Greg R. Lord and Stacy N. Trosper Maine Forest Service Department of Conservation 22 State House Station Augusta, Maine 04333-0022 School of Forest Resources University of Maine Orono, Maine 04469-5755 December 2010 Table of Contents Introduction ......................................................................................................................... 1 Maine's Primary Wood Processors I. Stationary Sawmills ............................................................................................. 4 II. Portable Sawmills ............................................................................................. 67 III. Pulp and Paper Manufacturers ...................................................................... 106 IV. Stand-Alone -
Guide to Plastic Lumber Brenda Platt, Tom Lent and Bill Walsh
hhealbthy bnuilding network JUNE 2005 The Healthy Building Network’s Guide to Plastic Lumber Brenda Platt, Tom Lent and Bill Walsh A report by The Healthy Building Network. A project of the Institute for Local Self-Reliance 927 15th Street, NW, 4th Fl. — Washington, DC 20005 — www.healthybuilding.net About the Institute for Local Self-Reliance Since 1974, the Institute for Local Self-Reliance (ILSR) has advised citizens, activists, policymakers, and entrepreneurs on how to design and implement state-of-the-art recycling technologies, policies, and programs with a view to strengthening local economies. ILSR’s mission is to provide the conceptual framework, strategies, and information to aid the creation of ecologically sound and economically equitable communities. About the Healthy Building Network A project of ILSR since 2000, the Healthy Building Network (HBN) is a network of national and grassroots organizations dedicated to achieving environmental health and justice goals by transforming the building materials market in order to decrease health impacts to occupants in the built environment – home, school and workplace – while achieving global environmental preservation. HBN’s mission is to shift strategic markets in the building and construction industry away from what we call worst in class building materials, and towards healthier, commercially available alternatives that are competitively priced and equal or superior in performance. Healthy Building Network Institute for Local Self-Reliance 927 15th Street, NW, 4th Floor Washington, DC 20005 phone (202) 898-1610 fax (202) 898-1612 general inquiries, e-mail: [email protected] plastic lumber inquiries, e-mail: [email protected] www.healthybuilding.net Copyright © June 2005 by the Healthy Building Network. -
Wood As a Sustainable Building Material Robert H
CHAPTER 1 Wood as a Sustainable Building Material Robert H. Falk, Research General Engineer Few building materials possess the environmental benefits of wood. It is not only our most widely used building mate- Contents rial but also one with characteristics that make it suitable Wood as a Green Building Material 1–1 for a wide range of applications. As described in the many Embodied Energy 1–1 chapters of this handbook, efficient, durable, and useful wood products produced from trees can range from a mini- Carbon Impact 1–2 mally processed log at a log-home building site to a highly Sustainability 1–3 processed and highly engineered wood composite manufac- tured in a large production facility. Forest Certification Programs 1–3 As with any resource, we want to ensure that our raw ma- Forest Stewardship Council (FSC) 1–4 terials are produced and used in a sustainable fashion. One Sustainable Forestry Initiative (SFI) 1–4 of the greatest attributes of wood is that it is a renewable resource. If sustainable forest management and harvesting American Tree Farm System (ATFS) 1–4 practices are followed, our wood resource will be available Canadian Standards Association (CSA) 1–5 indefinitely. Programme for the Endorsement of Forest Certification (PEFC) Schemes 1–5 Wood as a Green Building Material Over the past decade, the concept of green building1 has Additional Information 1–5 become more mainstream and the public is becoming aware Literature Cited 1–5 of the potential environmental benefits of this alternative to conventional construction. Much of the focus of green building is on reducing a building’s energy consumption (such as better insulation, more efficient appliances and heating, ventilation, and air-conditioning (HVAC) systems) and reducing negative human health impacts (such as con- trolled ventilation and humidity to reduce mold growth). -
Timber Planking, Puncheon and Boardwalk Structures
California State Parks Trails Handbook Chapter 15. Timber Planking, Puncheons, and Boardwalks ................................. 15-1 15.1. Best Management Practices ....................................................................... 15-2 15.2. Timber Planking .......................................................................................... 15-2 15.2.1. Applications ............................................................................................ 15-2 15.2.2. Construction ........................................................................................... 15-3 15.3. Puncheons ................................................................................................... 15-4 15.3.1. Applications ............................................................................................ 15-4 15.3.2. Construction ........................................................................................... 15-9 15.3.3. Curved Puncheons ............................................................................... 15-26 15.3.3.1. Parallel Mudsills ........................................................................... 15-31 15.3.3.2. Flared Mudsills ............................................................................. 15-31 15.3.4. Equestrian Puncheons.......................................................................... 15-32 15.4. Boardwalks ................................................................................................ 15-35 15.4.1. Applications ......................................................................................... -
Single-Family Residential Design Guidelines
APPENDICES Single-family Residential Design Guidelines Marin County Community Development Agency Technical Appendices Appendix A Design Guidelines User’s Checklist Appendix B Design Review Administrative Procedures and Design Review Submittal Requirements Appendix C Development Code Design Review Regulations Appendix D Development Code Planned District Development Standards Appendix E Drainage Practices Appendix F Driveway and Parking Design Appendix G Streams and Riparian Resources Appendix H Preservation of Trees Appendix I Marin County Water Conservation Ordinance for Landscaping in Residential Projects Appendix J Fire Hazard Matrix: Standards for Managing Vegetation Appendix K Hillslope Habitat Areas Appendix L Planting Design for Hillside Residential Development Appendix M Plant Selection Guide (Draft for Central Marin Hillside Areas) and Non-native Invasive Plants Appendix N-1 Resource Conservation for Single-family Residential Development Appendix N-2 New Home Green Building Residential Design Guidelines Appendix N-3 Remodeling Green Building Residential Design Guidelines Appendix N-4 Home Remodeling Green Building Guidelines Appendix O Universal Design Principles Appendix P Case Studies in Building Stepbacks Appendix A Design Guidelines User’s Checklist Single-family Residential Design Guidelines Appendix A Design Guidelines User’s Checklist The following checklist should be used by staff in reviewing applications to determine conformance with the Design Guidelines. It should also be used by applicants in designing the project. YES NO N/A SITE DESIGN 1. Has vegetation removal been minimized? (A-1.1) 2. Does site design minimize storm water runoff? (A-1.2) 3. Does site design protect streams? (A-1.3) 4. Is grading minimized? (A-1.4) 5. Does design of road access minimize grading? (A-1.5) BUILDING RELATIONSHIPS 6. -
Wood-Based Composite Materials Panel Products, Glued-Laminated Timber, Structural Composite Lumber, and Wood–Nonwood Composite Materials Nicole M
CHAPTER 11 Wood-Based Composite Materials Panel Products, Glued-Laminated Timber, Structural Composite Lumber, and Wood–Nonwood Composite Materials Nicole M. Stark, Research Chemical Engineer Zhiyong Cai, Supervisory Research Materials Engineer Charles Carll, Research Forest Products Technologist The term composite is being used in this chapter to describe Contents any wood material adhesively bonded together. Wood-based Scope 11–2 composites encompass a range of products, from fiberboard Conventional Wood-Based Composite Panels 11–2 to laminated beams. Wood-based composites are used for a number of nonstructural and structural applications in prod- Elements 11–2 uct lines ranging from panels for interior covering purposes Adhesives 11–3 to panels for exterior uses and in furniture and support struc- Additives 11–5 tures in buildings (Fig. 11–1). Maloney (1986) proposed Plywood 11–5 a classification system to logically categorize the array of wood-based composites. The classification in Table 11-1 Oriented Strandboard 11–7 reflects the latest product developments. Particleboard 11–10 The basic element for wood-based composites is the fiber, Fiberboard 11–12 with larger particles composed of many fibers. Elements Speciality Composite Materials 11–15 used in the production of wood-based composites can be Performance and Standards 11–15 made in a variety of sizes and shapes. Typical elements in- Glulam Timber 11–17 clude fibers, particles, flakes, veneers, laminates, or lumber. Figure 11–2 shows the variation and relative size of wood Advantages 11–17 elements. Element size and geometry largely dictate the Types of Glulam Combinations 11–17 product manufactured and product performance. -
Utilization of Extracted Hardwood Flakes for Manufacturing Oriented Strand Lumber
Mississippi State University Scholars Junction Theses and Dissertations Theses and Dissertations 1-1-2010 Utilization of extracted hardwood flakes for manufacturing oriented strand lumber Thomas Eric McConnell Follow this and additional works at: https://scholarsjunction.msstate.edu/td Recommended Citation McConnell, Thomas Eric, "Utilization of extracted hardwood flakes for manufacturing oriented strand lumber" (2010). Theses and Dissertations. 4924. https://scholarsjunction.msstate.edu/td/4924 This Dissertation - Open Access is brought to you for free and open access by the Theses and Dissertations at Scholars Junction. It has been accepted for inclusion in Theses and Dissertations by an authorized administrator of Scholars Junction. For more information, please contact [email protected]. UTILIZATION OF EXTRACTED HARDWOOD FLAKES FOR MANUFACTURING ORIENTED STRAND LUMBER By Thomas Eric McConnell ADissertation Submitted to the Faculty of Mississippi State University in Partial Fulfillment of the Requirements for the Degree of Doctor of Philosophy in Forest Resources in the Department of Forest Products Mississippi State, Mississippi December, 2010 Copyright by Thomas Eric McConnell 2010 UTILIZATION OF EXTRACTED HARDWOOD FLAKES FOR MANUFACTURING ORIENTED STRAND LUMBER By Thomas Eric McConnell Approved: Sheldon Q. Shi Rubin Shmulsky Assistant Professor of Forest Professor and Head of Forest Products Products (Co-Director of Dissertation and (Co-Director of Dissertation) Graduate Coordinator) Janice Dubien Laura A. Grace Associate Professor of Statistics Professor of Forestry (Committee Member) (Committee Member) Tor P. Schultz George M. Hopper Professor of Forest Products Dean of the College of Forest (Committee Member) Resources Name: Thomas Eric McConnell Date of Degree: December 10, 2010 Institution: Mississippi State University Major Field: Forest Resources Co-Major Professors: Dr. -
Trends in Composite Lumber
MARKET TRENDS AND OPPORTUNITIES FOR PLASTIC COMPOSITE PRODUCTS IN CONSTRUCTION CLMA BOARD MEETING October 2018 Home Innovation Research Labs ▪ Founded in 1964 as wholly-owned subsidiary of NAHB ▪ Independent, for-profit researchers assisting development and commercialization of new building technologies ▪ Engineering research & development ▪ Market & field research ▪ Laboratory testing ▪ #1 in green home building certification (NGBS) ▪ Building codes and standards developers ▪ Partners with ICC-ES to fast-track issuance of ESRs Purpose and Outline of Presentation 1. Review of building materials trends in new homes and remodeling 1. Decks & Porch Surfacing 2. Deck & Porch Railing Systems 3. Exterior Trim & Fascia 4. Fences & Privacy Walls 5. Siding & Exterior Finishes 6. Residential Roofing 7. New Home Construction Industry Trends 2. Discuss current and future market opportunities Annual Building Product Tracking Studies ▪ Home Innovation has been tracking annual materials purchases since 1995 ▪ Builder Practices Survey of 1,500 U.S. Builders ▪ Consumer Practices Survey of 100,000+ U.S. households ▪ Decades of custom market research, sponsored by hundreds of building materials manufacturers ▪ Support of development and launch of hundreds of new building products Decking Volumes in New Homes and Remodeling, by Material Type (2017) PVC & other plastics 24 Plastic composite 45 197 Other untreated lumber 42 About 1.2 billion square feet of outdoor decking was installed Redwood 100 on residences in 2017, ~85% for remodeling Cedar 122 Treated -
Composite Lumber - Plastic and Wood
Composite Lumber - Plastic and Wood Wood plastic composite (WPC composite, or composite lumbar) is a hybrid material composed of natural wood and plastic fibre. Sawdust from fibre fillers like pulp, peanut hulls, and bamboo are mixed with new or waste plastic powder, from composite plastic materials such as polyethylene, polyvinyl chloride, polypropylene, and acrylonitrile butadiene styrene. Once the materials are mixed together to achieve a relatively thick consistency, they are extruded. Additives, such as colourants, reinforcing agents, uv protectants and lubricants are added to achieve a higher level of specification for the intended product’s use. As a result of their high cellulose content, wood plastic composites can be treated in a similar fashion as wood, but they are also moisture- and rot-resistant. Rinse-Off WPC Decking WPC decking is formulated to inhibit mildew growth and minimize staining. Rinse off your WPC decking periodically with a hose. Even if it appears clean, it is important to prevent the build-up of pollen/debris. Mildew stains may occur where moisture, pollens, and/or dirt are present. Mildew needs a food source to grow, which can be grass, pollens, dirt, debris, wood and wood resins. Maintaining a clean, dry surface is the best method for combating mildew. Ensure that water drains effectively from your deck. Keep weeping holes clear and unclogged on planks. Be sure that gaps exist between planks to allow for drainage. Different types of stains, you can use different cleaning methods: • Spot Stains Many stains can be cleaned with soap and water. Areas cleaned may lighten, this will require 8-10 weeks exposure to the sun to match the remaining WPC decking. -
Single-Family Residential Design Guidelines
Single-family Residential Design Guidelines Adopted by the Marin County Board of Supervisors on July 19, 2005. Marin County Community Development Agency July 2005 Acknowledgments This document is prepared in memory of Andrea Fox, Senior Planner. Marin County Board of Supervisors Susan Adams District 1 Steve Kinsey District 4 Hal Brown District 2 Cynthia Murray District 5 Charles McGlashan District 3 Planning Commission Don Dickenson District 1 Hank Barner District 5 Jo Julin District 2 Allan Berland (At Large) Randy Greenberg District 3 Steve Thompson (At Large) Wade Holland District 4 Technical Advisory Committee Bob Abeling Indian Valley Association President Al Aramburu Marin Board of Realtors Wiebke Buxbaum Pt. Reyes Station Village Association Design Review Committee Teri Bremer Lucas Valley Homeowners Association Architectural Review Board Geof Butler, Architect Strawberry Design Review Board David Blatchford Strawberry Design Review Board William Cullen, Architect Tamalpais Design Review Board Barry Evergettis Kent Woodlands Property Owners Association Dotty Lemieux Sierra Club Harriott Manley Santa Venetia Neighborhood Association Pat McDonnell Nicasio Design Review Board Christina Oldenburg Homestead Valley Resident Anne Petersen Kentfield Planning Advisory Board Barbara Salzman Audubon Society Elizabeth Shreeve Landscape Architect, SWA Ron Simpkins, Civil Engineer CSW/Stuber Stroeh Brock Wagstaff, Architect Marin Builders Exchange County Staff Alex Hinds, Community Development Director Brian Crawford, Deputy Director of Planning Services Christine Gimmler, Senior Planner Thomas Lai, Principal Planner Prepared by: Gast Hillmer Urban Design Single-family Residential Design Guidelines i [This page is intentionally left blank.] Single-family Residential Design Guidelines ii Single-family Residential Design Guidelines The Marin County Community Development Agency Table of Contents I.