The rising worldwide need for energy, driven by industrial expansion, population increase,
and transportation demands, poses a substantial issue. Microalgae are extremely promising …

Vast utilization and subsequent depletion of fossil fuels have forced to development of new
approaches for finding a suitable alternative to fossil fuels. Algae remain a promising tool for …

Fast co-pyrolysis offers a sustainable solution for upcycling polymer waste, including scrap
tyre and plastics. Previous studies primarily focused on slow heating rates, neglecting …

Terrestrial and aquatic biomasses can theoretically be used as feedstocks for producing
activated carbon (AC). However, their differences in composition and biological structure …

The thermal behavior and kinetics of chrome-tanned leather shavings (CLS)/wheat straw
(WS) blends at different mass ratios during co-pyrolysis were investigated, and the pyrolysis …

This study evaluates the pyrolysis kinetics and resource recovery potential from mixtures of
bamboo sawdust (BS) biomass, and a COVID-19 waste material, body coverall (BC). The …

The catalytic pyrolysis behavior of Chlorella vulgaris (CV) with urea (UR), and its product
distribution were investigated using TG-FTIR and Py-GC/MS. The mechanism of formation of …

Pyrolysis of biomass feedstocks can produce valuable biofuel, however, the final products
may present excessive corrosion and poor stability due to the lack of hydrogen content. Co …

Co-pyrolysis of Chlorella vulgaris (CV) and Oily sludge (OS) under different mixing ratios
were investigated by microwave furnace. NiO, activated carbon (AC) and their 1: 1 …

The co-pyrolysis of microalgae with plastic for valuable chemical production is promising to
address the inferiority of microalgae conversion while solving waste plastic problems. A …