scholarly journals Technology and Strategy of Low-carbon Building Design

2020 ◽  
Vol 4 (2) ◽  
Author(s):  
Hao Li

After the reform and opening up, China's economy has developed rapidly. But in the process of economic development, the ecological environment has also paid a huge price. The destruction of the ecological environment directly affects survival and development of people. Therefore, it is necessary to strengthen environmental governance. Everyone has also begun to focus on low-carbon development. The construction industry is a serious waste of building materials with large energy dissipation. Therefore it is also a key industry for low-carbon transformation. This article mainly analyzes low-carbon building design technology and studies specific development strategies.

Author(s):  
Zhao Difei ◽  
Zheng Weiteng

Since reform and opening up, as an important factor of economic growth, trade has promoted the development of China’s economy sharply, at the same time, it brought about the destruction of the ecological environment which is the focus of academic debate. There is still not any definite conclusion about the impact of trade on the environment. In this paper, by establishing a measurement model, we calculate the environmental effects of trade from scale, technology and structure three aspects, conclusion shows that the structure effect and technology effect of liberalization of trade will improve the level of China’s environment, but the scale effect of trade while promoting economic expansion will cause environmental damage


2020 ◽  
Vol 5 (3) ◽  
pp. 149
Author(s):  
Wangye Li

<p>Since the implementation of the reform and opening-up policy, the domestic economy has been rapid developing and the focus of social construction has gradually shifted to economic construction. In the process of social and economic development, more attention is paid to the use and development of resources. Among them, the important material basis for the survival and development of residents is land and resources. The relevant managers are required to be fully aware of the relevance between regional economic development and land and resources development, so as to make full use of land and resources. This article is mainly about the research of land and resources development and regional economic development, for the reference of relevant professionals.</p>


2019 ◽  
Vol 07 (04) ◽  
pp. 1950014
Author(s):  
Jiahua PAN

China’s ecological environment construction has undergone three phases, i.e. the agriculture-based development phase with low productivity not long after the founding of the People’s Republic of China (P.R.C.), the industrial development phase after the adoption of reform and opening-up policy, and the phase toward ecological civilization, each of which has its own features, challenges, responsive measures and achievements. From the year 1949 to the adoption of reform and opening up policy, the Chinese society was characterized by farming culture on the whole, facing problems such as frequent natural disasters, shortage in food production and low urbanization level. To jump out of the Malthusian Trap, the founders of the P.R.C. led people to prevent floods by water control, water conservancy projects and reclamation of wasteland, which alleviated but did not solve the problems because China still suffered poverty and backwardness, and failed to shake off the Malthusian Curse. After the adoption of the reform and opening-up policy, the rapid progress in industrialization and urbanization has liberated farmers from land and greatly improved labor productivity; meanwhile, some lands were released from farmers’ hand, which not only made the value of land resources much higher but also enabled land rehabilitation and ecological self-restoration. Although rapid industrialization and urbanization enormously boosted productive forces and accumulated immense amount of material wealth, but since the beginning of the 21st century, China’s development has been drawn near to the ecological red line, environmental threshold and resources upper limit of industrial development, constantly challenged by sustainable development. After 2010, China has initiated the transformation to ecological civilization, featuring ecological protection, pollution control and resource conservation, aiming to promote the harmonious development between man and nature.


2021 ◽  
Author(s):  
Jacob Coleman

<p><b>New Zealand has a serious construction and demolition(C&D) waste issue. A Ministry for the Environment studyfrom 2019 found that 2.9 million tonnes of C&D waste aredisposed of at C&D fills nationwide every year (Ministry forthe Environment, 2019). Averaged across the populationthis equates to nearly 600 kg per person. AucklandCouncil’s ‘Low Carbon Auckland’ plan presents totallandfill waste reduction targets of 30% by 2020, 60% by2030, and ‘zero waste’ by 2040 (Auckland Council, 2014).</b></p> <p>To achieve this goal of zero waste, building materialsmust operate within a closed loop (Baker-Brown, 2017;McDonough & Braungart, 2002). Materials can either bea part of a closed organic loop (natural biodegradablematerials) or a closed technical loop (man-made cycleof reuse) (Baker-Brown, 2017; McDonough & Braungart,2002).</p> <p>This thesis aims to achieve a zero-waste mediumdensity housing design for New Zealand that maximisesthe use of biodegradable building materials. However,it is hypothesised along with Sassi (2006) that bothbiodegradable and reusable components will be requiredto achieve zero waste. This thesis also seeks the mostsuitable biodegradable materials for New Zealand’sclimate and the optimum construction approach tosupport these materials. This research also contributestowards reducing the embodied energy and greenhousegas emissions of the New Zealand building industry.</p> <p>The most suitable biodegradable materials for New Zealandwere selected based on availability and performance foundto be untreated timber, clay plaster and, straw and woolinsulation. In-situ construction, prefabricated wall panelsand, standardised block modules were then compared tofind the most suitable construction approach to supportthese materials and was found to be prefabricated wallpanels. A building design was then pursued driven by theneed to protect the biodegradable insulation materialsfrom moisture infiltration. The design is then integratedwithin a site in Upper Hutt to address the demand forhousing densification and demonstrate the potential forapplication of biodegradable materials to an urban settingat the scale of a medium density housing development.</p> <p>A detailed BIM model of the building design was producedfrom which volumes of individual components wereextracted and categorised regarding their biodegradabilityor reusability or lack thereof. This was done to determinethe proportion and quantity of biodegradable materials andwaste generated by the design. An identical design usingconventional New Zealand materials and constructiontechniques was also produced for comparison.</p> <p>Biodegradable materials made up 82% of the final designconstruction by volume and 91% of the construction byvolume was diverted from landfill (reusable componentsmade up 9% of the construction). This suggests thatAuckland Council’s goal of 60% waste reduction by 2030 istheoretically possible for developments of a similar scaleto the final design. However, the goal of ‘zero waste’ by2040 seems unobtainable even if significant improvementsare made.</p>


2021 ◽  
Author(s):  
Jacob Coleman

<p><b>New Zealand has a serious construction and demolition(C&D) waste issue. A Ministry for the Environment studyfrom 2019 found that 2.9 million tonnes of C&D waste aredisposed of at C&D fills nationwide every year (Ministry forthe Environment, 2019). Averaged across the populationthis equates to nearly 600 kg per person. AucklandCouncil’s ‘Low Carbon Auckland’ plan presents totallandfill waste reduction targets of 30% by 2020, 60% by2030, and ‘zero waste’ by 2040 (Auckland Council, 2014).</b></p> <p>To achieve this goal of zero waste, building materialsmust operate within a closed loop (Baker-Brown, 2017;McDonough & Braungart, 2002). Materials can either bea part of a closed organic loop (natural biodegradablematerials) or a closed technical loop (man-made cycleof reuse) (Baker-Brown, 2017; McDonough & Braungart,2002).</p> <p>This thesis aims to achieve a zero-waste mediumdensity housing design for New Zealand that maximisesthe use of biodegradable building materials. However,it is hypothesised along with Sassi (2006) that bothbiodegradable and reusable components will be requiredto achieve zero waste. This thesis also seeks the mostsuitable biodegradable materials for New Zealand’sclimate and the optimum construction approach tosupport these materials. This research also contributestowards reducing the embodied energy and greenhousegas emissions of the New Zealand building industry.</p> <p>The most suitable biodegradable materials for New Zealandwere selected based on availability and performance foundto be untreated timber, clay plaster and, straw and woolinsulation. In-situ construction, prefabricated wall panelsand, standardised block modules were then compared tofind the most suitable construction approach to supportthese materials and was found to be prefabricated wallpanels. A building design was then pursued driven by theneed to protect the biodegradable insulation materialsfrom moisture infiltration. The design is then integratedwithin a site in Upper Hutt to address the demand forhousing densification and demonstrate the potential forapplication of biodegradable materials to an urban settingat the scale of a medium density housing development.</p> <p>A detailed BIM model of the building design was producedfrom which volumes of individual components wereextracted and categorised regarding their biodegradabilityor reusability or lack thereof. This was done to determinethe proportion and quantity of biodegradable materials andwaste generated by the design. An identical design usingconventional New Zealand materials and constructiontechniques was also produced for comparison.</p> <p>Biodegradable materials made up 82% of the final designconstruction by volume and 91% of the construction byvolume was diverted from landfill (reusable componentsmade up 9% of the construction). This suggests thatAuckland Council’s goal of 60% waste reduction by 2030 istheoretically possible for developments of a similar scaleto the final design. However, the goal of ‘zero waste’ by2040 seems unobtainable even if significant improvementsare made.</p>


2018 ◽  
Vol 2 (3) ◽  
pp. 73
Author(s):  
Qingshan Wang

Since the reform and opening up, China's economy has developed rapidly and the society has been continuously improving. At the same time, in order to facilitate people's travel, the automobile industry has emerged, which has brought great convenience to people's production and life, and has also promoted the progress of society. In recent years, automation technology has been continuously researched and developed by people, and it has been widely used in people's production and life. In order to improve the effciency and modernization level of the automobile industry, the paper studies the application of industrial robots in the stamping automation production line, hoping to adapt to the new trend of economic development.


2019 ◽  
Vol 3 (2) ◽  
pp. 29
Author(s):  
Xi Jin

Since the reform and opening up, China’s economy has experienced rapid development and progress, and has gradually emerged as a large global economy and trading nation, and the import and export trade has made brilliant achievements. At the same time, however, China’s import and export trade activities still face enormous challenges and face the problem of turning the large trading nation into the powerful trading nation. Among them, institutional factors are the main obstacles restricting China’s trade development. Therefore, it is necessary to strengthen institutional innovation and reform from a large trading nation to a powerful trading nation.


2020 ◽  
Vol 15 (3) ◽  
pp. 356-360
Author(s):  
Yezhang Liang ◽  
Chunsheng Shi

Abstract Since the reform and opening up, with the development of China’s economy, the demand for tourism has been increased. The traditional agriculture has not been able to satisfy the diversified consumption demand; as a result, the rural ecotourism develops rapidly. Based on such a situation, the data envelopment analysis (DEA) model was used in this study; the relevant data of Guangxi province such as the number of star hotels and number of tourists were referred to. The efficiency of rural ecotourism space was calculated. According to evaluation analysis of spatial dynamic efficiency, it could be found that although the comprehensive technical efficiency of the southeast coastal areas was lower than 1, it was still higher than other regions. The pure technical efficiency of many regions was equal to 1, and the scale benefits were increasing. Regions with moderate political and economic levels had high pure technical efficiency and maintained above the national level, but they were relatively small in scale and needed to increase input indicators. However, the comprehensive technical efficiency of relatively backward areas in northwest China was relatively low, which remained at about 0.3. Therefore, more investment and government support are needed to expand the scale.


Author(s):  
Zhao Weili

Since the outbreak of COVID-19, the official Brexit and the trade friction between Sino-US, anti-globalization become the focus of the world. After 40 years of reform and opening up, China's economy is facing new challenges under the new world situation. This chapter mainly focuses on how to promote China's economic growth under the background of financial globalization. Firstly, this chapter will introduce the development trend of the globalization and analyze the relation between financial globalization and economic growth. Secondly, this chapter will examine the state quo of China's financial openness and compare the change of China's de jure financial openness with the change of China's de facto financial openness. At last, this chapter will expound challenges faced by China's economy and put forward possible solutions to these challenges in terms of financial globalization.


Author(s):  
AGHAVNI HARUTYUNYAN

People’s Republic of China (PRC) has achieved phenomenal economic growth and unprecedented development “miracle” in human history. From the middle of the first decade of this century China has become a significant player in the global economy, it has flourished into a formidable economy, ranked the second largest in the world, and stands as the largest, the fastest growing and the most heavily engaged in international business and investment. The sustained and rapid growth of China’s economy, since the late 1970s, initiated by Deng Xiaoping (8 March 1978 - 17 June 1983), driven by reform and opening-up policy, became one of the most important milestones of the global economy during the past quarter century. The reform and opening up has enabled China to complete the historic transformation from a semi-closed society into a fully open one. Today, the openness of Chinese society and its integration with the outside world have reached unprecedented levels. The consequence of integration into the global economy, economic development has made China into a major force and advocate of globalization. China has become the strategic center of the “global factory” that produces the commodities consumed globally, above all in the centers of global capitalism.


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