This research project is concerned with the question what influence and possibilities recycled materials have in building construction and architectural appearance.
Material in this case by definition is substance that things are made of. Recycled materials automatically is represented as substances of things that are re-used for other or new purposes. The whole world is compiled out of billions of different materials, some of them are considered to be renewable and some of them unfortunately are unendurable, which leads to the coherent idea that sooner or later the Earth will lose the natural capability to meet human-society needs in terms of amount of existing materials.
Most of materials used in building industry are either organic or human-made goods, which for the records, the majority of time are made out at least partly out of organic natural substances, for instance concrete, brick, glass. It has already been about 8 thousands years, how people are building houses which requires a certain amount of materials. With an increasing number of population, the quantity of building supplies gradually raises, which leads to the concern of dwindling natural sources. For that reason, increasing information amount is becoming essential, explaining the possible ways of saving the sources as well as why is it important, what outcomes may or may not possible come if we do or do not take certain actions.
Since building industry is one of the dominating existing industries, it undoubtedly pursue to the idea that recycled materials usage into building industry for both construction and design might be one of the key actions to be taken in order to achieve sufficient results within the time and to aim more sustainable self-conscious society.
Table of Contents
1. Introduction
2. Problem formulation
3. Methodology
4. Recycled elements
4.1. History
4.2. Purpose of Recycling
4.3. Materials & Properties
4.3.1. Qualification of Materials
4.3.2. Properties of Materials
4.4. Constructional & Architectural Design Opportunities of Materials
4.5. Common problems
4.6. Existing project examples
4.6.1. Big Dig House
4.6.2. Upcycle House
4.7. Building Regulations
4.8. Introduction to the Bachelor project
4.9. Analysis of Bachelor project
4.9.1. Risk areas
4.9.2. Technical & Design Solutions
4.9.3. Sub-conclusion
5. Thoughts on future improvement
6. Conclusion
7. Vocabulary
8. Bibliography
Research Objectives and Themes
The primary research objective is to analyze the influence of recycled materials on building construction and architectural appearance, while investigating how salvaged elements can be incorporated into new projects to enhance sustainability without compromising structural integrity or design quality.
- Material properties and classification of recycled building elements
- Technical and architectural design opportunities of reclaimed materials
- Evaluation of regulatory requirements and safety standards for recycled structures
- Analysis of risk areas in practical applications for student construction projects
- Case studies on the effective implementation of recycled materials in modern architecture
Excerpt from the Book
4.3.4.1 Timber
Current situation of natural forests and how fast they are getting smaller with increasing deforestation, timber recycling is one of the saviours, which needs to be talked, educated about and actually done. There are presented pros of incorporating salvaged timber elements into new building projects.
There are some discussions among scientist about being in favour of timber elements over concrete and steel, which follows to the idea, that lumber recyclability might be increasing its reason to be activated as much as possible. First of all, as already mentioned in this research paper, wood in the only renewable source out of mentioned 4 main building materials. Trees eliminates carbon out of Earth’s atmosphere, which one of the most valid reasons to consider wooden elements as essentially recyclable in order to keep environment healthier.
Based on Consortium for Research on Renewable Industrial Materials (CORRIM) institute, there has been made certain conclusions about building construction’s materials and carbon dioxide relation. There is known that timber net reduction on CO2 is 55 metric tons, while steel requires about 150% more CO2 for the same purpose served in building construction, to be more exact it is registered as 185 metric tons. (Calkins, 2009)
On the other hand, there is known, that recycled timber is often treated with chemicals, which might be harmful, if the wooden elements needs to be refurbished and reused. However, there are mainly two methods, which proves, that timber can be prepared for reused if it was effected by copper board treated (CCA) toxic heavy metals. This is mostly common for lumber which was installed from about 1970s’, usually builders while demolishing old constructions separate CCA affected wooden elements from the rest.
Summary of Chapters
1. Introduction: Explains the basic definition of materials and the growing necessity of reusing resources within the building industry due to the rapid consumption of natural assets.
2. Problem formulation: Addresses the environmental challenges of population growth and the massive consumption of natural resources by the construction sector.
3. Methodology: Details the qualitative research approach based on a subjectivist perspective to analyze the potential of recycled materials using academic and industrial sources.
4. Recycled elements: Examines the history, purpose, and material properties of key components like timber, concrete, metal, and glass, and evaluates their potential for reuse.
5. Thoughts on future improvement: Suggests that building regulations should include specific requirements for recycled materials to promote preservation of natural sources.
6. Conclusion: Summarizes that incorporating recycled materials is a viable, sustainable strategy that can match or exceed the quality of virgin materials when managed correctly.
Keywords
Recycled materials, sustainability, building industry, reclaimed timber, concrete recycling, architectural design, construction technology, circular economy, CO2 reduction, material properties, structural integrity, building regulations, renovation, waste management, environmental impact
Frequently Asked Questions
What is the core focus of this research?
The work explores how recycled and salvaged materials can be integrated into modern building projects to improve environmental sustainability without sacrificing design or structural performance.
What are the primary themes discussed?
The research centers on material classification, technical reuse possibilities, regulatory compliance in Denmark, risk evaluation, and successful case study implementations.
What is the ultimate research goal?
The goal is to determine the influence of recycled materials on construction and appearance, proving that salvaged elements are a viable and necessary solution for a self-conscious society.
Which methodology does the author use?
The author employs a qualitative research method based on a subjectivist world perspective, synthesizing academic literature, official data, and practical internship experiences.
What does the main body of the text cover?
The main body covers material properties (timber, concrete, metal, glass), common problems like chemical contamination, regulatory hurdles, and practical solutions for specific structural elements.
Which keywords best characterize the work?
Key terms include sustainability, recycled materials, circular building economy, CO2 reduction, and architectural integration.
How does the "Upcycle House" serve as an example?
The Upcycle House in Denmark is analyzed as a successful experiment that achieved an 86% decrease in CO2 emissions by prioritizing recovered waste materials and smart construction solutions.
What role does concrete recycling play?
Concrete is identified as a "down-cycling" material that is often crushed for use in base layers or sub-surfaces rather than structural walls, though it remains vital for sustainability.
Why is the "Big Dig House" mentioned?
It is highlighted as a case study that successfully used massive amounts of reutilized highway concrete and steel to achieve a modern, unique architectural aesthetic.
- Quote paper
- Sandra Petkute (Author), 2015, Recycled Materials in Architecture. History of use, current projects and thoughts on future improvement, Munich, GRIN Verlag, https://www.grin.com/document/317427
