Anil Kumar Sakhiya

Biosorra LLC · R&D

Heavy metal pollution in groundwater has become a public health concern due to its non-degradable and poisonous nature. Several research studies were conducted using various adsorbents to extract heavy metals from water. However, the removal of As and Mn using rice straw-derived activated biochar in a binary metal system was found to be limited. Th...

Carbon nanotubes (CNTs) have been studied for more than twenty-five years due to their distinguishing features such as high tensile strength, high elastic module, high surface area, high thermal and electrical conductivity, making them ideal for a variety of applications. Nanotechnology and nanoscience researchers are working to develop CNTs with a...

In the twenty-first century, the growing demands of a modernized and growing population have led to the rapid expansion of agricultural and industrial sectors around the world. This expansion leads to produce a massive amount of biomass materials and various organic and inorganic pollutants. Biochar has promising potential in tackling such global c...

Due to the growing demand for energy in rural regions, energy models have been identified as critical drivers in planning, designing, and implementing suitable energy technologies. The current study suggests that geographical location plays a crucial role in the availability of renewable energy sources. From the comprehensive review of single, hybr...

The efficient elimination of Polycyclic aromatic hydrocarbons from resources such as water and soil is a concern as it severely impacts the environment and human health. Adsorption is one of the efficient and economical techniques for removing PAHs. Activated Carbon, biochar, carbon nanotubes, graphene, and many non‑carbonaceous materials are the c...

This study presents a detailed analysis to utilize bamboo which is a widely available feedstock in North-Eastern states of India, via air-steam gasification with an estimated potential to generate 23.92 PJ energy. The study was carried out in a downdraft gasifier (10 kWe) to produce hydrogen-rich syngas. The effect of the steam to biomass ratio (0....

The conversion of rice straw to biochar through pyrolysis can produce a low-cost and efficient adsorbent that removes metal contaminants from the aqueous. Biochar was derived at various pyrolysis temperatures (300–500 °C) and analyzed the physicochemical properties. The physicochemical properties of biochar, including pH (8.23–10.25), surface area...

A solar air heater is a type of heat exchanger that converts solar energy into thermal energy through the use of an absorber plate. It is widely used to dry agriculture products, space heating, curing industrial products and dry construction components, wood seasoning, etc. However, one of the major disadvantages is the poor heat transfer coefficie...

In this study, the slow pyrolysis of Prosopis Juliflora was performed to determine the product yield distribution and its physiochemical properties, thermodynamic and sustainability performance of a process. Findings indicate that the increase in process temperature (300–600 °C) negatively impacted biochar yield while positively affected bio-oil an...

Sustainable rice straw management in Northern India is a significant issue for farmers. Pyrolysis is one of the suitable options to create value addition and contributes to the circular economy. In this work, the thermal decomposition of rice straw at three heating rates 5, 10, and 15 °C/min was studied to evaluate the kinetics parameters, includin...

Environment-friendly rice and wheat straw management in the Indian states of Punjab and Haryana have been a significant challenge. Farmers have adopted in-situ burning of crop residues as it is almost out of no pocket expense. However, this practice amounts to releasing 42.32 MT hazardous pollutants and GHGs into the atmosphere, which has an estima...

The burning of tonnes of paddy straw in the open field by the farmers in Punjab has resulted in air pollutant emissions causing serious environmental and health consequences. The paper presents a study on the utilization of the surplus paddy straw in Punjab for biochar production by pyrolysis. From the study, 7.60 MT of paddy straw are available in...

About 65.82% of total electricity generation in Bangladesh come from domestic natural gas. Natural gas reserves are expected to deplete and become commercially unviable by 2030 at the current consumption rate, threatening the nation's energy security. Authors in this study investigated surplus crop residues availability and their electricity genera...

The main objective of the present study is to turn the wheel from waste to wealth by sustainable rice straw management practices over field burning in India. For that, slow pyrolysis of rice straw was carried out in a fixed bed reactor. The result indicated an increase in process temperature (300–600 °C) led to the decreased biochar yield, while pH...

Rice straw management is a significant challenge in northern India. In-situ combustion of rice straw is a practice to clear the agricultural field. Therefore, an attempt was made to add value to rice straw by producing activated biochar and check its efficacy to adsorbed Zn+2 contaminants from the water. The influence of pH, contact time, initial m...

The depletion of fossil fuels and the harmful consequences of its utilisation has been the major factor contributing to the need for shift towards the use of renewable energy (Vidal-Amaro et al., 2015; Østergaard and Sperling, 2014). The exploitation of fossil fuels over the years for meeting the growing energy needs of mankind has however, left a...

Biochar derived from rice straw has potential application as a cheap adsorbent for removal of Cu(II) from aqueous solution. In this study, rice straw was used to derive biochar by operating at different pyrolysis temperatures (300, 400, and 500°C) and studied different biochar physicochemical properties. Biochar yield decrease from 57.87 to 37.19%...

Slow pyrolysis of rice straw was carried out in a bench-scale fixed bed pyrolysis reactor. The effect of pyrolysis temperatures (300, 400, 500, and 600 ºC) and residence time (1, 2, and 3 h) on product yield distribution and energy yield was studied. The biochar yield decreased from 57.87-31.25 wt.% with a rise in pyrolysis temperature and residenc...

With the growing population, agriculture productivity is increasing due to the high demand for food, which in turn produces a large amount of agricultural waste. Pyrolysis of crop residues is one of the suitable options to produce biochar and can be utilized as a fuel. In the present study, the slow pyrolysis of rice straw was carried out at four t...

This work aims to identify the optimum Steam to Lignite ratio, w/w (SLR) to achieve higher H2 yield and lower tar yield in the producer gas. Experiments were carried out in a 10kWe atmospheric pressure downdraft gasifier. Low-rank high ash lignite (22–25 mm) was used as a feedstock to investigate the effect of six different SLRs (0, 0.06, 0.14, 0.1...

Biomass is a green energy source and is available in abundance. Biochar, a carbonrich material, derived from a wide range of biomass or organic waste through the thermochemical route. Biochar has received increasing attention because of its distinctive properties such as high carbon content, greater specific surface area, cation exchange capacity,...

Gasification is a thermochemical biomass conversion technique in which biomass is converted into low / medium calorific value producer gas with partial amount of oxidizer. It is one of the most suitable technologies for rural electrification for the country like India where plenty of biomass is available. Thermodynamic and heat transfer analysis is...

This paper deals with experimental and modelling studies carried out for different Equivalence Ratio (ER). Seven different ER (0.24e0.386) were selected to investigate the downdraft gasifier performance. The lignite and sawdust briquette (70:30, %wt.) were used as feedstock in a 10 kWe atmospheric pressure downdraft gasifier. The fuel consumption a...

Thermodynamic study such as energy and mass balance and exergy analysis were carried out for different particle sizes of lignite in present work. An atmospheric pressure 10 kWe downdraft gasifier was used for the experimentation purpose. Six particle sizes of lignite such as 13-16 mm, 16-19 mm, 19-22 mm, 22-25 mm, 25-28 mm and 28-31 mm were identif...