Search or ask a question

What are the role of on-site redevelopment?

Soil contamination

Bearing (mechanical)

Monitoring program

Best insight from top research papers

On-site redevelopment plays a crucial role in various aspects such as urban stormwater management, contaminated soil restoration, and large hole restoration. It involves integrating new innovations within existing structures to enhance development. In urban areas, on-site stormwater detention storages are designed to complement existing drainage systems, preventing the need for costly expansions while effectively managing stormwater. Additionally, on-site restoration methods for contaminated soil focus on cleaning without removing the soil, utilizing microorganisms to decompose contaminants. Moreover, large hole restoration devices ensure precision and stability by enlarging and inserting bushings to restore damaged areas accurately. These diverse applications highlight the importance of on-site redevelopment in sustainable urban development and environmental remediation.

Answers from top 5 papers

PDF

Open Access

More filters

Papers (5)	Insight
Open access•Journal Article•DOI The role of redevelopment in the development of the spatial organization of production Vitaly Lukinov, Alexander Shlafman, Alexander Zheltenkov - Show less +2 more 01 Jan 2017 1 Citations	On-site redevelopment plays a crucial role in transforming production areas, facilitating expansion, modernization, and ensuring compliance with various facility needs, ultimately supporting the overall development of enterprises and regions.
Proceedings Article•DOI The role of on-site engineering in underground projects Wulf Schubert 01 Nov 2006 2 Citations	Not addressed in the paper.
Patent On-site restoration device for large hole Shao Meng, Zeng Maide, Ouyang Yuehu, Cai Shuai, Wang Hongbo, Wu Wei - Show less +5 more 01 Feb 2019	The on-site restoration device for large holes plays a crucial role in enlarging, inserting bushings, and achieving high precision during hole restoration processes, ensuring stable precision post-restoration.
Open access On site stormwater detention storages for small urban redevelopment projects DI Phillips 01 Jan 1987 1 Citations	On-site stormwater detention storages in urban redevelopment projects help manage stormwater, integrate with existing drainage systems, and prevent the need for costly municipal system expansions.
Patent On-site restoration method and apparatus of contaminated soil by means of micro-organism Hideo Miyazaki, 英男宮崎 - Show less +1 more 22 Apr 2002 5 Citations	The on-site restoration method involves injecting microorganism-containing water into contaminated soil, recovering and reproducing the water, and reapplying it, simplifying soil cleaning without removal.

My columns

Related Questions

What is the down side of on-site construction?4 answersOn-site construction has some downsides. One of the challenges is the poor practices of sorting construction waste, which leads to a decrease in material recovery and recyclability of certain materials. Another downside is the need for human intervention and creativity when using robots on construction sites, as these robots still require assistance to respond to dynamic design and material requirements. Additionally, the manufacturing process for building construction is not completely effective, as it requires additional transportation costs and may not always result in minimum construction waste and cost. On-site construction workers also face environmental impacts such as dust generation, noise, and vibration, which can affect their health and well-being. Lastly, the lack of systematic monitoring and mapping of on-site activities makes it difficult for contractors and asphalt teams to distinguish between good and poor practices and improve the construction process.

What are the challenges and opportunities of using robotics in on-site construction?5 answersThe challenges of using robotics in on-site construction include uncertainties on construction sites, such as discrepancies between designed and as-built workpieces, which robots cannot solely rely on Building Information Models (BIM) to overcome. Additionally, effective and efficient sequence planning for construction tasks is a challenge, as current approaches face limitations in adaptability and scalability to dynamic construction environments. Construction processes are highly complex and require solutions for safety, robustness, ease of control, and interactivity. On the other hand, the opportunities of using robotics in on-site construction include the potential to alleviate physical demands on workers, enhance productivity and safety, and increase the robustness of construction robots. Robotics can also address challenges such as increasing costs, labor shortages, and the demand for safe and efficient construction processes. Furthermore, robotics has the potential to fully integrate into the construction industry, shifting from pure automation to collaborative and adaptive processes.

What is the importance of the site of the football stadium?4 answersThe site of the football stadium is important for several reasons. Firstly, stadiums serve as billboards for advertisers, creating an environment for advertising narratives. Secondly, stadiums can be seen as sites of post-modern consumption, with the consumption of football in England governed by processes of monopolization. In Brazil, stadiums are iconic structures that are comparable to religious institutions, playing a significant role in the country's culture and identity. Additionally, the architecture and visual iconography of stadiums are deployed to define urban, national, and sporting identity. Finally, stadiums have the potential to become multi-symbol buildings that can have a positive impact on the community, particularly through their energy-efficient aspects and the production of renewable energy.

What are the significance of redevelopment of a hospital?5 answersHospital redevelopment projects aim to improve hospital functioning and modernize the delivery of care. Research suggests that redevelopment based on evidence-based design principles can lead to improved quality and safety. However, it is important to consider the wider context and potential consequences of redevelopment. A study conducted in Australia found that there can be a misalignment between policy and staff experiences during hospital redevelopment, with staff feeling uninformed and uninvolved in decision-making processes. This lack of consultation can lead to dissatisfaction and frustration among stakeholders, both internal and external to the hospital. It is crucial to address these concerns to prevent unintended negative consequences of hospital redevelopment. Additionally, hospital redevelopment presents an opportunity for health care leaders to redefine their organizations in terms of process, which can be essential for successful reengineering in hospitals.

What is architectural redevelopment?4 answersArchitectural redevelopment refers to the process of revitalizing and improving existing buildings or structures. It involves making changes to the design, functionality, and overall condition of the building to meet modern standards and requirements. The goal of architectural redevelopment is to extend the lifespan of the building, improve its quality, and enhance its architectural expressiveness. This can include activities such as rehabilitation, reconstruction, transformation, and reuse of the building. The process of architectural redevelopment often requires the examination of available artifacts, such as documentation, source code, and design documents, to understand the past decisions and make informed decisions for the future.

What are the pros and cons of in-situ slum redevelopment?3 answersIn-situ slum redevelopment has both pros and cons. On the positive side, it aims to improve the living conditions and quality of life for slum dwellers. It recognizes the rights of slum dwellers to live in the city and contribute to its economy. In addition, it promotes urban regeneration and sustainable development by integrating various factors such as construction, employment, environment, culture, and society. On the negative side, in-situ slum redevelopment projects face challenges related to resource and time management, which can affect project execution. There may also be delays in the project due to factors such as obtaining licenses, permissions, and legal clearances. However, with the right approach and support from government and other stakeholders, in-situ slum redevelopment can lead to the creation of slum-friendly environments and improve the lives of slum dwellers.

See what other people are reading

What are the effects of Iron as a pollutant on humans and the environment?

Iron as a pollutant can have significant impacts on both humans and the environment. In terms of human health, exposure to environmental pollutants can disrupt iron metabolism, leading to disorders ranging from anemia to neurodegenerative diseases and cancer. Additionally, toxic metals associated with steelmaking activities, such as Cu and Zn, contribute to aquatic and terrestrial ecotoxicity, while As and Pb contamination pose significant risks to human health. On the environmental front, iron's presence in particulate matter air pollution can generate oxidants and electrophiles, inducing inflammation and oxidative stress upon inhalation, thus posing a global health risk. Understanding the mechanisms of iron's interaction with pollutants is crucial for developing intervention methods to mitigate these adverse effects on both human health and the environment.Is farmers have enough contribution in monitoring plans and programs for agriculture sector?

Farmers play a crucial role in monitoring plans and programs in the agriculture sector. Research indicates a paradigm shift towards bottom-up approaches, empowering farmers to actively participate in research and development. The integration of IoT technologies allows farmers to monitor and control field parameters in real-time, enhancing their involvement in modern farming practices. Automation through IoT-based platforms enables farmers to track and automate tasks, providing continuous data on essential factors like water levels and temperature, fostering their engagement in monitoring processes. Additionally, the use of IoT, AI, and sensor networks aids in reducing farmers' efforts and time required for agricultural processes, highlighting their significant contribution to monitoring and evaluation in agriculture. Overall, farmers' involvement is essential for the success and sustainability of monitoring programs in the agriculture sector.What is the important of locating car parked?

Locating parked cars is crucial for various reasons. It aids in easily finding vehicles in crowded parking lots or multilevel parking areas, enhancing convenience for drivers. Systems utilizing wireless communication help determine parked locations accurately, ensuring efficient retrieval. Additionally, methods involving close-range communication connections between vehicles and portable devices facilitate navigation to parked cars using stored position data. Car locators with features like anti-skidding designs and compression springs securely hold vehicles in place, preventing movement when parked. Overall, efficient car locating systems streamline the process of finding parked vehicles, saving time and effort for drivers.Is scovile a real measuring system?

Yes, Scoville is a real measuring system. However, the contexts provided do not specifically mention the Scoville scale. Instead, they discuss various real-time measuring systems such as a belt conveyor bearing real-time temperature measuring system, an intelligent highway real-time speed measuring system, a vehicle real-time speed measuring and monitoring system, a real-time distance measuring system for an automobile data recorder, and a real-time wind speed measuring system. These systems utilize different technologies like temperature sensors, GPS, laser radar, wind speed sensors, and more to measure and monitor various parameters in real-time. Therefore, while the Scoville scale is not explicitly mentioned in the provided contexts, real measuring systems for different purposes are indeed real and actively used in various applications.Where does the land bank South Africa obtain there funding?

The Land Bank of South Africa diversifies its funding sources through various means. It raised funding from four multilateral institutions between 2015 and 2018 to support development farmers, reducing reliance on short-term lending. Additionally, the Land Bank utilizes land-based financing mechanisms, such as tax-increment financing (TIF), to overcome infrastructure funding constraints in South Africa. Moreover, the Land Bank benefits from the Land Reform Credit Facility (LRCF), which provides loans with deferred or graduated repayment schedules to finance land purchases by aspiring farmers, thus alleviating cash flow problems. This diverse funding approach enables the Land Bank to support both commercial and development agriculture while contributing to sustainable development goals in South Africa.What are the risks of heavy metal contamination?

Heavy metal contamination poses significant risks to both ecological health and human well-being. Ecologically, heavy metals in marine ecosystems can lead to moderate risks to aquatic ecosystems. In soil, heavy metal pollution from industrial activities can result in serious ecological risks, especially in areas with high concentrations of pollutants. Human health risks include exposure to heavy metals through food consumption, such as milk, leading to potential health hazards, especially for young individuals and the elderly. Additionally, heavy metal contamination from metal smelting activities can result in serious soil pollution, posing significant non-carcinogenic health risks to both adults and children. The toxicity of heavy metals can cause neurological disorders, organ damage, and even carcinogenesis in humans, emphasizing the urgent need for controlling metal toxicity in water resources.How to develop an overall biodiversity index with various diversity indexes?

To develop an overall biodiversity index incorporating various diversity indexes, a structured approach based on decision science is crucial. This approach should address key gaps identified in existing indices, such as unclear pathways to achieving goals, lack of testing and understanding of expected behavior, inadequate acknowledgment of uncertainty, and insufficient consideration of implementation costs. Additionally, a multidimensional perspective on biodiversity is essential to connect biodiversity science with political agendas and support national decision-making. Utilizing a method like the one proposed for calculating multiple biodiversity indices simultaneously in marine ecosystems can streamline the process and enhance reliability. Furthermore, developing new biodiversity indices based on simple models of population viability that directly relate to extinction risk can provide valuable insights into biodiversity trends and support conservation efforts effectively.How does Nanjing Line 1 influence the industry?

Nanjing Line 1 has a significant impact on various aspects of the industry in Nanjing. The opening of the subway line has led to a notable increase in property prices along its route, with prices rising significantly at the two ends of the line. Furthermore, the development of urban rail transit, including Line 1, has resulted in changes in urban traditional locations and has had a substantial effect on property values in Nanjing, with properties within close proximity to subway stations experiencing higher values. Additionally, the transformation and optimization of industrial structures in Nanjing have been influenced by the relocation of companies to suburban industrial parks, leading to the redevelopment of old industrial zones in downtown areas for new functions like housing, services, or creative industries.What is the concentration of Fe in agricultural soil and gold mine dump soil?

The concentration of Fe in agricultural soil and gold mine dump soil varies across different locations. In agricultural soils near gold mines in Nigeria, Fe concentrations ranged from 121.9-125.8 mg/kg. Similarly, in soils near a gold mine in Colombia, Fe concentrations were found to be excessive, indicating contamination. On the other hand, in dump sites in South Africa resulting from past gold mining activities, the average Fe concentration was reported to be around 130.1-136.2 mg/kg, indicating a presence of this metal in the dump soils. These findings highlight the diverse levels of Fe contamination in agricultural and gold mine dump soils, emphasizing the importance of monitoring and remediation efforts to mitigate potential environmental and health risks.What are the common challenges faced when developing a business case for slum improvement projects?

Developing a business case for slum improvement projects faces several common challenges. These include the need for cumulative learning within the program's timeline to enhance outcomes, delays in implementation due to unclear policies, lack of funding, resettlement issues, and corruption hindering public-private partnership models, the importance of integrating insights from different actors to facilitate program learning and improve livelihoods at city and national scales, the impact of social and economic aspects on environmental quality in slums, necessitating community empowerment and effective supervision for sustainable management, and the direct association between spatial arrangement, socio-economic status, and environmental quality in slum areas, emphasizing the need to improve slum settlements for better environmental quality.What are the differences between surface water and groundwater?

Surface water and groundwater differ in various aspects. Surface water, found in rivers, lakes, and wetlands, is visible and easily affected by human activities, influencing its quality. In contrast, groundwater is invisible and challenging to measure directly, making it less susceptible to immediate human impacts. Groundwater is crucial for drinking water supply and irrigation, contributing significantly to global food security. The interaction between surface water and groundwater is vital for water resource management, with exchanges impacting water quality and quantity. While surface water is more prone to contamination due to its exposure, groundwater is often considered a more resilient resource, especially in the face of climate change. Understanding these differences is essential for sustainable water management and resource protection.