The term "industrial solid waste" can be defined as any solid residual matter produced by industrial activity that is rendered useless and can lead to health hazards (Millati et al. 2019).As shown in Table 4.1, modern industrial activities produce a significant amount of solid waste, including wood waste, ash, slag, sludge, scrap metal and glass, concrete and masonry, …
While the possibilities for industrial solid waste are nearly endless, there are some types that are commonly generated. Some of the most common examples of industrial solid waste include non-recyclable glass, oil-contaminated wastes, …
Industrial solid waste can be identified, according to a variety of authors, as solid waste generated in industrial production activities. Many kinds of industrial production activities are potential sources for different sorts of solid wastes, like metallurgy, mining, oil refining, pharmaceuticals, transportation, light manufacture, automobiles, communication, electronics, …
With rapid infrastructure development worldwide, the generation of industrial solid waste (ISW) has substantially increased, causing resource wastage and environmental pollution. Meanwhile, tunnel engineering requires large quantities of grouting material for ground treatment and consolidation. Using ISW as a component in tunnel grouts provides a sustainable solution …
Industrial waste can be hazardous or non-hazardous. Both, however, can cause a substantial environmental impact if not properly managed. Below are some common kinds of waste that can be hazardous to human life and the environment.See more on blog.idrenvironmental
"Industrial waste" can include a wide variety of substances, some hazardous and some not. This article provides Q&As about analyzing and industrial waste management, the …
distinguish among: industrial solid waste municipal solid waste hazardous waste (example of each) solid waste: unwanted discarded materials (toys, waste tires) municipal- garbage or trash that consists of combined solid waste produced by homes (bag house dust) hazardous- waste that threatens human health or the environment (diesel fuel, gasoline)
Industrial solid waste has a wide range of impacts, and it is directly or indirectly related to land, atmosphere, water, and other resources. Industrial solid waste has a large amount of production, complex and diverse components and contains a variety of harmful substances. However, as industrial by-products, it also has a lot of available value. Industrial solid waste …
Our group developed a novel technology to produce SAC green materials by using industrial solid waste (ISW) as raw material. The major mineral phases of the SAC green-materials clinker were C 4 A 3 $ and C 2 S, the main hydration products were a C–S–H phase and AFt crystals, and the microstructure was dense. The hydration products had ...
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Based on coal gangue, sintered red mud, and fly ash, which are primary industrial waste products, a high-performance cementitious material was developed that considered its composition, physical and chemical properties, and microstructure. The optimal ratio of the materials with an appropriate exciter content was determined through the production and testing of samples …
The present paper highlights the high strength of inorganic polymer (geopolymer) prepared from industrial solid waste. Fly ash (industrial solid waste) was used as the starting raw materials and a solution of sodium hydroxide solutions and sodium silicate solutions were used as alkaline activators. The concentration of the sodium hydroxide solutions is maintained at 6, 8, …
The global industrial solid waste (ISW) generation reaches billions of tons yearly. However, it is difficult to directly utilize ISW on a large scale due to its low recycling efficiency and accompanying environmental pollution. ... Modification of multi-source industrial solid waste with porous materials to produce highly polymerizeosilica gel ...
From environmental impact standpoint, industrial solid wastes (ISWs) are mainly contributing to the environmental pollution including serious harmful effects originated from landfill contamination, diminishing landfill space, and increasing energy demand to wastes disposal and transportation (Marzouk and Azab, 2014).The re-use of ISWs in the production of building …
The utilization of industrial solid wastes in the production of such building materials represents another goal for economically and healthy aspects. Ground granulated blastfurnaceslag, GGBFS, is a by-product of the manufacture of pig iron from limestone, iron ore and coke. The main constituents of GGBFS are CaO, SiO 2, Al 2 O 3 and MgO.
In fact, certain industrial solid wastes have already been used as supplementary cementitious materials during the past decades, such as the well-known coal combustion residual (Argiz et al., 2018; Rafieizonooz et al., 2016), ground granulated blast-furnace slag (Özbay et al., 2016), and silica fume (Khan and Siddique, 2011). Therefore, the ...
In the concrete system, the study of CO 2 mineralization combined with industrial solid waste was more interested in the proportions of raw materials, CO 2 curing levels, alterations in the mechanical characteristics and the endurance of lightweight aggregate[15], [16]. In a quest for performance enhancement, Zhuang et al.[17] examined the application of a novel …
Solid wastes obtained from nonferrous industries, iron and steel mills, thermal power plants, pulp, sugar industries, paper- and agro-based industries, etc. pollute the environment. …
Industrial production is generally accompanied by issues such as the generation of industrial solid and hazardous waste [1].In China, mountains of industrial solid waste, such as red mud, desulfurization gypsum and tailings, and hazardous waste, such as secondary aluminum dross (SAD) and oil sludge, are generated every year [2].Estimates suggest that 3.5–4.0 billion …
Solid waste can refer to any refuse, sludge or material from "industrial, commercial, mining, and agricultural operations," according to the EPA. It can also include wastewater as well as waste produced from …
In view of environment-friendly and circular use of large amount of industrial solid waste, material research and development task group of Beifang University of ... industrial solid waste such as magnesium, manganese, steel, lead and zinc smelting slag, and fly ash. Based on relevant findings of this task force, thisbook collects both Chinese
10 rowsSecondary materials are any materials that are not the primary products from manufacturing and other industrial sectors. These materials can include scrap and residuals from production processes and products that …
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Industrial production is generally accompanied by issues such as the generation of industrial solid and hazardous waste [1]. In China, mountains of industrial solid waste, such as red mud, desulfurization gypsum and tailings, and hazardous waste, such as secondary aluminum dross (SAD) and oil sludge, are generated every year [2].
This page gives an overview of the benefits of recycling industrial byproducts or materials. ... (WARM) to help solid waste planners and organizations track and voluntarily report greenhouse gas (GHG) emissions reductions from several different waste management practices. Examples of industrial non-hazardous secondary materials that the WARM ...
industrial glass, solid material that is normally lustrous and transparent in appearance and that shows great durability under exposure to the natural elements. These three properties—lustre, transparency, and durability—make glass a favoured material for such objects as windowpanes, bottles, and lightbulbs. ...
Energy materials include solar cell materials, hydrogen storage materials, and solid oxide fuel cell materials. Solar cell materials, a new energy material, have seen advancements like IBM's multi-layer composite solar cells with conversion efficiencies up to 40%. ... and the pace of industrial upgrading and material replacement is ...
Industrial waste is unwanted or residual materials that result from industrial activity. There are several types of industrial waste, and while some are considered non-hazardous, some types are classified as hazardous. No …
To address the environmental problems caused by the storage of solid waste, such as red mud (RM), silica fume (SF), carbide slag (CS), and flue gas desulphurisation gypsum (FDG), and the poor corrosion resistance of Portland cement (PC), anti-erosion grouting materials (AGM) are synthesised from RM, SF, CS, and FDG. The synthesis, structural characterisation, …
The addition of a single solid waste as a cementitious material has limitations owing to its overall low waste utilization rate. Consequently, the synergistic effects and potential advantages of multiple industrial solid wastes have attracted significant interest from researchers [24], [25].Numerous studies have shown that the presence of synergistic effects of Ca, Si, Al, …
2 INDUSTRIAL SOLID WASTES UTILIZATION AND DISPOSAL • Administrative and support and waste management and remediation Services • Educational services • Health care and social assistance • Arts, entertainment, and recreation • Accommodation and food services • Other services (except public administration) • Public administration Another approach to classifying …
above-mentioned industrial solid waste materials were proportionally mixed based on the following three modulus values in Eqs 1–3. The three modulus values were set as Cm 0.98, P 1.85, and N 3.09, and the corresponding proportion of solid wastes is provided in Supplementary Table S2. The mixture of solid waste materials was caked and
Industrial solid waste (ISW) is the waste obtained from the industrials activities which include any solid materials that are rendered useless during a manufacturing process. The ISW considers a global environmental problem and serious solutions must be taken to face this problem and decrease its environmental load and impact. Adsorption of ...
Industrial solid waste is that which is generated by businesses during manufacturing or industrial processes. Also, it can be produced as a separate waste source from a non-manufacturing activity. Any business, service, or commercial establishment that makes use of industrial or manufacturing processes probably produces industrial solid waste.
Solid waste consists of any physical materials that have been abandoned or disposed of, such as garbage. Solid waste is often generated by processes such as water treatment, steel and iron manufacturing, agricultural or inorganic …
Porous materials have promise as sound insulation, heat barrier, vibration attenuation, and catalysts. Most industrial solid wastes, such as tailings, coal gangue, and fly ash are rich in silicon. Additionally, a high silicon content waste is a potential raw material for the synthesis of silicon-based, multi-porous materials such as zeolites, mesoporous silica, …
As the industrial sector consumes a lot of energy and resources in the production process, it also emits a large amount of gas and solid waste, so the production behavior of the industrial sector is increasingly receiving global attention (Jiang et al., 2021) China is currently a country with relatively high global carbon emissions, which is ...
The above-mentioned industrial solid waste materials were proportionally mixed based on the following three modulus values in Eqs 1–3. The three modulus values were set as Cm = 0.98, P = 1.85, and N = 3.09, and the corresponding proportion of solid wastes is provided in Supplementary Table S2. The mixture of solid waste materials was caked ...