以下這些截圖只是讓你知道，CN可以建置CHECK的調整紀錄

以下這些截圖只是讓你知道，CN可以建置CHECK的調整紀錄

結果 (英文) 1:

The following screenshots just let you know that CN can build CHECK adjustment records

結果 (英文) 2:

However, biomass also has several challenges which include high
moisture and oxygen content, low energy density, hydrophilic nature,
and highly variable composition and properties. These issues lead to
operational concerns during thermal conversion of biomass, such as
high-energy demand for grinding and pelletisation, poor ignition
properties, low combustion temperature, inefficient combustion, fume
and flue gas production (Vassilev et al., 2015). . Furthermore, hydrophilic properties bring up some problems related to the storage and
energy density of the biomass. A solid fuel with hydrophilic properties
is unstable and likely to deteriorate biologically (Yang et al., 2015).
Considering these challenges, biomass needs to be pretreated to improve its characteristics and thereby, efficient utilisation during the
thermal conversion. In the literature, several pretreatment processes
have been proposed, and torrefaction is among them (Kambo and
Dutta, 2014; Wigley et al., 2016; Xin et al., 2019; Xu et al., 2018). . In
recent years, torrefaction has received significant attention from both,
researchers and industries because of its potential to improve the biomass properties to a level comparable with coal.

Torrefaction is a biomass pretreatment process, which is mainly
intended to improve the fuel characteristics of the biomass by altering
the physicochemical properties of biomass and finally improve its applicability in thermal conversion process (Chen et al., 2015). In general,
the torrefaction process is carried out in the temperature range of
200–300 °C at slow heating rates, i.e. < 50 °C /min mainly in an inert
environment.

結果 (英文) 3:

The following screenshots just let you know that CN can build check adjustment records