Pulp is the most important raw material in paper industries, whose fiber length stochastic
distribution (FLSD) sha** directly determines the energy consumption and paper quality of …

As one of the most important unit in the papermaking industry, the high consistency (HC)
refining system is confronted with challenges such as improving pulp quality, energy saving …

In order to improve the pulp quality and to reduce the energy consumption, the fiber length
distribution (FLD) is generally employed as one of the important technological indexes in the …

Reducing energy consumption is a major challenge for “energy-intensive” industries such as
papermaking. A commercially viable energy saving solution is to employ data-based …

The purpose of this chapter is to briefly guide the reader through industrialization from a
historical perspective and describe the idea of value creation in this thesis. Concepts of …

In the mechanical pul** process, some process state and product quality variables are
difficult to measure on-line. In this paper, soft sensors were used to estimate Canadian …

This paper presents an analytical design basedhierarchical control method for non-square
MIMO wood-chip refining process, whose design procedure of the control scheme contains …

Refining is one of the most important steps in pulp manufacturing, aiming to improve the
strength properties of the final product (board) by mechanically treating cellulose fibers …

In this study, an innovative data‐driven non‐linear dynamical system modelling method,
ALS‐SVR‐ARMA2K, is proposed for a high consistency refining (HCR) process in …

A multiple regression model was evaluated to predict pulp and handsheet properties
including z-directional tensile strength (z-strength) and Scott bond values. One hypothesis …