2012•Unpublished venueRequires access

- Sustainability of Wood and Other Biomass

Roger M. Rowell

Open publisher page 1 citations

Abstract

The question can be asked, “why study wood chemistry?” Why would so many authors take their time to write a book on wood chemistry and wood composites? The simple answer is that wood and other biomass can be part of a sustainable materials future. However, wood and other biomass will not reach it highest potential until we understand its chemistry and materials properties and how these express themselves in performance. As our supply of nonrenewable resources runs out and becomes more expensive, we must turn out attention to renewable resources. Up until about 1920, almost all of our chemicals and materials were derived from wood. Then our dependence on petroleum, steel, aluminum, glass, plastics, and other synthetics started to grow. Today, we rely heavily on petroleum for our energy, metals, ceramics, and plastics for our materials but these resources are not sustainable.

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What this paper is about

The question can be asked, “why study wood chemistry?” Why would so many authors take their time to write a book on wood chemistry and wood composites? The simple answer is that wood and other biomass can be part of a sustainable materials future. However, wood and other biomass will not reach it highest potential until we understand its chemistry and materials properties and how these express themselves in performance. As our supply of nonrenewable resources runs out and becomes more expensive, we must turn out attention to renewable resources. Up until about 1920, almost all of our chemicals and materials were derived from wood. Then our dependence on petroleum, steel, aluminum, glass, plastics, and other synthetics started to grow. Today, we rely heavily on petroleum for our energy, metals, ceramics, and plastics for our materials but these resources are not sustainable.

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Available abstract

The question can be asked, “why study wood chemistry?” Why would so many authors take their time to write a book on wood chemistry and wood composites? The simple answer is that wood and other biomass can be part of a sustainable materials future. However, wood and other biomass will not reach it highest potential until we understand its chemistry and materials properties and how these express themselves in performance. As our supply of nonrenewable resources runs out and becomes more expensive, we must turn out attention to renewable resources. Up until about 1920, almost all of our chemicals and materials were derived from wood. Then our dependence on petroleum, steel, aluminum, glass, plastics, and other synthetics started to grow. Today, we rely heavily on petroleum for our energy, metals, ceramics, and plastics for our materials but these resources are not sustainable.

Key concepts: Sustainability, Biomass (ecology), Environmental science, Agroforestry, Natural resource economics, Business, Forestry, Pulp and paper industry

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