81;Therefore, a great demand for industry is to simplify the nano-silica production and use sustainable silicate resources to apply nano silica in cement and concrete efficiently.
2014624;The production of nano-silica by the dissolution of olivine is an interesting alternative to the existing commercial methods because of the good quality of the resulting silica and low energy
However, nano-silica has the characteristics of a large specific surface area, low toxicity, good optical transparency, excellent biological compatibility, and easy functional modification.
526;Silica nanoparticles (SiNPs) have shown a wide range of applications in various technological fields. It is due to their unique properties such as biocompatibility, stability,
202491;Nano-silica enhances both plastic and hardened cement characteristics, improving strength and reducing porosity. and BEP achieved within 3 years after
Nano silica organic fertilizer is starting to be developed and is expected to increase production cost efficiency and reduce the potential for ecological pollution while increasing paddy
101;Although the fundamental conception of biomimetic synthesis of nanosilica looks very straightforward, the underlying mechanism is not well understood. The effectiveness of
20201221;The development of engineered silica particles by using low-cost renewable or waste resources is a key example of sustainability. Rice husks have emerged as a renewable
Global specialty silica production is over 3 million tonnes per annum with diverse applications across sectors and an increasing demand for more complex material structures and surface
201721;Rice Husk Ash is a major voluminous and bulky by-product of rice-milling industries and its disposal is a major environmental concern. Considering this, a green
76;A series of characterization techniques confirmed that the synthetic nano-silica (SiO2-0.16) has a high purity (99.35%), high surface area (1,157 m2 g-1), large pore volume
Nano silica, also known as nano-sized silica or silica nanoparticles, is a material with particle sizes in the nanometer range.It has gained significant attention in the construction industry due to its
202458;Nano-Silica: Enhances stiffness and thermal stability, reducing susceptibility to cracking. Nano-Clay: Increases elasticity and water resistance, preventing moisture damage.
Another important part of our business is these products’ producing and marketing, such as nano-scale silica, nano-sized titanium dioxide and alumina. Inno New Materials Technology owns
45;Filling effect of nano-silica notably influences the refinement of pore structure. Abstract. Concrete has a substantial impact on the environment as the cement, whose
45;Filling effect of nano-silica notably influences the refinement of pore structure. Abstract. Concrete has a substantial impact on the environment as the cement, whose
526;Silica nanoparticles (SiNPs) have shown a wide range of applications in various technological fields. It is due to their unique properties such as biocompatibility, stability,
201011;Nano-silica obtained by this process can be produced in large quantities, for low prices and by sustainable method so that mass application
201931;New mesoporous nano-silica with special physicochemical properties was successfully produced from silica-rich rocks using alkaline-based chemical treatment and low
125;A detailed investigation was conducted to analyse the mechanical and durability features of a mixture of binary cement concrete modified with nanomaterials. In the context of
For the production process of nano-silica, silica gel and precipitated silica type, the process outlined by Ref. was followed. A 1000 kg production of bitumen and aggregates was assumed.
81;Therefore, a great demand for industry is to simplify the nano-silica production and use sustainable silicate resources to apply nano silica in cement and concrete efficiently.
Nano‑silica addition showed variable eects on compressive strength but increased tensile strength. Optimal nano‑silica content was 1% and steel microbers 2%, giving compressive
2019415;The software was implemented after the instrument line broadening correction [23]. We found in general that cristobalite exhibited a sub-micrometric size, i.e., facile
2024316;out for the production of silica are shown in Table . 1. 2.2 Chemical Method . Song et al. synthes ized nano-silica fr om rice . husk ash by the alkaline extraction method. In .
2020121;The silica sol is a nano-structure of 1–100 nm particle size (Bergna and Roberts, 2005), and the size of the SS solution is mainly 1–10 nm (Table 2) (McDonald and Li, 2017;
101;The leached rice husk was calcined at 800 °C for 3 h and the silica content in ash augmented from 92.4 to 99.3% in line with increasing the acid concentration, leaching
Regarding 24.8% conversion of the straw to biogas, biogas production from straw prior to the silica production process will decrease 10.5 million tons of greenhouse gas emissions per
121;Biomass energy coupling with CO 2 capture-utilization-storage (BECCUS) technology has been confirmed essential for achieving net-zero CO 2 emissions. A new co
201721;Rice Husk Ash is a major voluminous and bulky by-product of rice-milling industries and its disposal is a major environmental concern. Considering this, a green