111;Intensive research into the carbonation of waste concrete has been carried out over the last decade. As a result, promising results regarding the strengthening of RCAs/RCFs
2025314;Indonesia faces a major challenge in managing construction waste, especially concrete waste that is often not utilized optimally and only becomes a pile of garbage. The
215;Concrete waste recycling and use are essential to avoid negative environmental impacts, and a comprehensive literature review is required in this regard. Effective recycling
202543;The process is actually pretty straightforward: Demolition and Collection: Demolished buildings or removed concrete structures produce material which gets collected
This study aims to utilize construction waste from the demolition of rigid pavement roads on the Trans-Sumatra toll road. One of the main parameters in the design of concrete structures is
Recycled concrete fines and recycled concrete paste . New uses for concrete demolition waste are in development. Recycled concrete fines are the residue of concrete waste after recycled
Recycled concrete fines and recycled concrete paste . New uses for concrete demolition waste are in development. Recycled concrete fines are the residue of concrete waste after recycled
121;Furthermore, to reduce the environmental burden, concrete actions need to be taken. Currently, the two main ways to reduce plastic waste are incineration and recycling
530;Countries such as China, India, Indonesia, Malaysia, Thailand, Gulf States, Turkey, Russia, Brazil and Mexico have recorded some of the strongest increases in the
2024123;Recycling centers, public works departments, landfills with recycling programs, and online platforms can all provide viable solutions for handling your unwanted concrete. By
At the end of a building’s service life, concrete can be recovered and further processed. Conventional recycling involves separating concrete from other construction and demolition
Innovative technologies for recycling End-of-Life concrete waste in the built environment. Gebremariam A.T.. Resources, Conservation and Recycling, 127 , 2020. Badan
Concrete recycling is the process of repurposing old concrete materials. It helps reduce the environmental impact of concrete disposal while conserving natural resources. Collection:
202441;Waste concrete with a particle size of 2.36–19 mm after crushing can be called RA. The RA formed by simple treatment of waste concrete usually contains many initial
Thus, waste management and recycling measures have begun to take on international aspects. The current trend towards the establishment of an international sound material-cycle society
2024417;Dominated by informal workers, waste collectors – known locally as pemulung – play a significant role in supplying recyclable plastics to the country’s waste management
20241019;Recycling concrete diverts this waste, extending the life of landfills and reducing the need for new ones. Lower Carbon Emissions: The production of new cement, a
121;Furthermore, to reduce the environmental burden, concrete actions need to be taken. Currently, the two main ways to reduce plastic waste are incineration and recycling
20241019;Recycling concrete diverts this waste, extending the life of landfills and reducing the need for new ones. Lower Carbon Emissions: The production of new cement, a
200611;Concrete Recycling. January 2006; Authors: Han Ay Lie. Indonesia the majority of this waste is sent. which was prepared by using waste concrete as recycled coarse
317;Compared to other developing countries in Southeast Asia, awareness of e-waste problems in Indonesia is still relatively lagging behind. Yet, e-waste is our responsibility,
Fresh concrete waste is generated during the different phases in production of ready-mixed concrete. About 165 to 350 million tonnes fresh concrete waste is generated every day in the
This study conducted a review of a wide array of documents related to construction and demolition waste (CDW) management in Southeast Asia (SEA). CDW definitions, current state
202521;Modern infrastructure development and building construction heavily rely upon cement and concrete utilization. Recent rapid urbanization and industrialization have
21;Recycling concrete provides carbon capture utilization and storage opportunities. Demographic contexts influence demand for concrete and the supply of concrete waste.
111;Intensive research into the carbonation of waste concrete has been carried out over the last decade. As a result, promising results regarding the strengthening of RCAs/RCFs