Preparation of glass-ceramic materials using kaolin and oil well drilling wastes

Spínola, Danielle C.S.; Miranda, Auristela De; Macedo, Daniel A.; Paskocimas, C. A.; Nascimento, Rubens Maribondo do

doi:10.1016/j.jmrt.2019.06.013

Cited by 24 publications

(6 citation statements)

References 22 publications

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“…Despite the fact that the previous investigations considered the introduction of different mineralogical additives in the starting raw material, studies on valorization of halloysite wastes as well as other low-cost industrial byproducts in traditional ceramic production are still in an initial stage, although they could be very promising [ 61 ]. The researcher’s interest should probably be focused to the improved processes and final products with further environmental and economic benefits, promoting simultaneously the global demands of the circular and green economy.…”

Section: Summarizing Papers and Discussionmentioning

confidence: 99%

Halloysite in Different Ceramic Products: A Review

Lampropoulou

Papoulis

2021

Materials

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The increased demands of our rapidly developing way of life lead to the broadening of the ceramic market among other effects. Due to the advanced ceramic properties of halloysite and its abundance, combined with its good synergistic effect with other materials, it has been investigated for multifarious possible applications to produce traditional and advanced ceramics as well as ceramic composites. In this review, a substantial number of studies by several investigators into halloysite-based ceramics were are summarized. The possibilities and limitations of different halloysite-based ceramic materials for future applications are also discussed in this manuscript and new fields of research are proposed. The summarization of published results indicates a constant scientific interest in halloysite-based traditional ceramics and new potential uses in the future. Additionally, investigations on different novel ceramic composites with low cost halloysite nanotubes (HNTS) have rapidly increased, covering different scientific and technological areas. On the other hand, research into advanced ceramics (SiAlONS) has been pursued due to its highly cost effective technology treatments on a large scale.

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Section: Summarizing Papers and Discussionmentioning

confidence: 99%

Halloysite in Different Ceramic Products: A Review

Lampropoulou

Papoulis

2021

Materials

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“…Ceramic NPs can be controlled in terms of porosity, surface-to-volume ratio, surface area, and size, and they can be used as medicinal and mechanical agents. 133 Various studies have been conducted in this area. To fulfill a range of purposes, ceramic features could be produced in place with favorable strength, porosity, and permeability characteristics.…”

Section: Use Of Nanocellulose Composites For Drilling Fluidmentioning

confidence: 99%

Comprehensive Review on the Recent Advancements in Nanoparticle-Based Drilling Fluids: Properties, Performance, and Perspectives

Medhi,

Chowdhury,

Dehury

et al. 2024

Energy Fuels

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For hundreds of years, hydrocarbons have been the primary source of energy for civilizations, and they continue to be essential for carrying out daily tasks throughout all spheres of the society. By 2050, there will be 9.8 billion people on the planet, a huge rise in population that will necessitate a rising supply of energy for a sustainable future. Global gas and oil production can help meet this demand for the foreseeable future. Lately, nanotechnology has shown the promise in all industrial sectors thanks to nanoparticles for their special qualities, such as large surface area, adsorption potential, and heat conductivity, all within a scale range of 1 to 100 nm. In light of this, nanoscale materials, including nanocomposite, have the potential to significantly enhance both the upstream and downstream processes of the gas and oil industry. The drilling process is envisaged to benefit through the addition of nanomaterials in the form of nanofluids in drilling fluids that are a quintessential part of energy, oil and gas, renewable energy, and mineral exploration processes. This study reviews the effect of several nanoparticles (NPs) that have been applied to improve the performance of drilling fluids. The study elaborates on the effect of the application of NPs in drilling in terms of rheology, fluid loss control, formation damage, and wellbore stability, among other aspects. This review article intends to deepen the quantitative outcome due to the addition of various metal oxide NPs, SiO 2 NPs, and their nanocomposites, graphene, carbon nanotubes, nanopolymers, and various other emerging nanomaterials in different waterbased, oil-based, and synthetic-based drilling fluids. This investigation, hence, presents a holistic fundamental understanding of nanoparticle-based drilling fluids.

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“…Pode-se observar que a amostra de caulim comercial apresentou um teor de K2O, sendo este um óxido também significativo para o processo de síntese, pois irá favorecer o processo de difusão devido à formação da fase líquida, podendo provocar o surgimento de novas fases como a cordierita (Valášková et al, 2019). Ouro fato passível de observação é que os percentuais de SiO2 e Al2O3 presentes no resíduo de caulim obtidos nesse trabalho são superiores aos reportados na literatura consultada, quando caracterizam resíduos de caulim de reservas distintas (Spínola et al, 2019;Almeida, E. P. et al, 2021;Martelli et al, 2021), o que pode favorecer a formação de mulita.…”

Section: Sio2unclassified

Obtenção de mulita partindo de resíduo de caulim através de tratamento térmico em forno convencional

Silva

Chaves

Neves

et al. 2021

RSD

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Este trabalho teve como objetivo avaliar a capacidade de formação de mulita por meio de tratamento térmico aplicado em resíduo de caulim, em que foi investigada a influência da temperatura na formação desta fase. As amostras de resíduo de caulim e caulim comercial foram calcinadas a 1100 e 1200°C, com taxas de aquecimento de 2 e 30°C/min, para fins de comparação na obtenção da fase mulita, em forno convencional. Posteriormente, as amostras de partida e as tratadas termicamente foram caracterizadas por DRX, FTIR, MEV, EDX, TG/DTA, e quantificadas pelo método de Rietveld. Os resultados indicaram que as matérias primas são caulins de estruturas semelhantes, contendo como argilomineral predominante a caulinita, seguida de quartzo. Os eventos térmicos obtidos por TG/DTA evidenciaram nucleação de mulita em aproximadamente 903°C. O tratamento térmico aplicado favoreceu a formação das fases cristalinas: mulita (32 - 57%), seguida de quartzo (28 - 63%), uma componente amorfa rica em sílica (11 - 18% de fase vítrea) e, como fase minoritária, cristobalita (0,27 - 17%). As morfologias das amostras são de micro agulhas, com tamanhos e distribuição heterogêneas. O rejeito de caulim, comparado com o caulim comercial, apresentou potencial promissor como matéria prima para a obtenção da fase mulita. Esse contexto acarreta em ganhos econômicos e ambientais para a indústria cerâmica, uma vez que pode vir a substituir o caulim comercial na composição de massa para cerâmica branca, bem como reduzir a temperatura de sinterização devido à presença de fundentes como quartzo e feldspato.

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Preparation of glass-ceramic materials using kaolin and oil well drilling wastes

Cited by 24 publications

References 22 publications

Halloysite in Different Ceramic Products: A Review

Halloysite in Different Ceramic Products: A Review

Comprehensive Review on the Recent Advancements in Nanoparticle-Based Drilling Fluids: Properties, Performance, and Perspectives

Obtenção de mulita partindo de resíduo de caulim através de tratamento térmico em forno convencional

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