Nerijus Striūgas

TL;DR: In this paper, the results of experimental investigations in a downdraft gasifier using different types of fuel and waste to compare process performance and estimate the potential to gasify various feedstock types in a single fully automated device.

TL;DR: Microalgae's potential to capture carbon in coal-fired power plant is outlined, the advantages of photosynthetic organisms as a source for biodiesel and solid biofuel production are discussed, and the process engineering, different synergies and legislative factors needed to make the process efficient and economically viable are discussed.

TL;DR: In this paper, a textile waste was pyrolyzed in original condition and after acid leaching to remove the heavy metals for comparison, and the results showed that the developed technology successfully converted more than 82% of the feedstock into liquid-gas products and that the untreated feedstock had effective bio-oil yield 36-37.6% (depending on the composition of self-catalysts), which was ∼20% higher compared to the treated batches; 18% reduction in pyroplysis time of untreated feed stock was achieved as well.

TL;DR: Vyazovkin et al. as mentioned in this paper studied pyrolysis kinetic behavior and TG-FTIR-GC-MS analysis of 3-ply face masks (3PFM) using elemental analysis, proximate analysis, and compositional analyses.

TL;DR: In this paper, the volatile products released from pyrolysis of MFPW and their kinetics by using the TG-FTIR/GC-MS system were investigated on six different types of food packaging plastics waste and its mixture.