Harald Brelid

Carbohydrate content of black liquor and precipitated lignin at different ionic strengths in flow-through kraft cooking

2017

Characterization of a dusting lime kiln – A mill study

2017

VARIABILITY IN LIME-MUD FEED RATE INDUCED IN THE LIME-MUD FILTER: CONSEQUENCES AND ACTIONS

Characterization of a dusting lime kiln - A mill study

2017

Development of an efficient route for combined recycling of PET and cotton from mixed fabrics

The impact of ionic strength on the molecular weight distribution (MWD) of lignin dissolved during softwood kraft cooking in a flow-through reactor

2016

Acid hydrolysis of cellulosic fibres: Comparison of bleached kraft pulp, dissolving pulps and cotton textile cellulose

2014

Chemical and ultrastructural changes in cotton cellulose induced by laundering and textile use

Kinetics of Cross-Linking Softwood Kraft Pulp with 1,2,3,4-Butanetetracarboxylic Acid

Impact of ionic strength on delignification and hemicellulose removal during kraft cooking in a small-scale flow-through reactor

2012

Reinforced absorbent material: a cellulosic composite of TEMPO-oxidized MFC and CTMP fibres

Alkali Extraction of Kraft Pulp Fibers: Influence on Fiber and Fluff Pulp Properties

Removal of chloride and potassium from eucalyptus through chip washing

Different sodium ion concentration profiles during kraft cooking -Impact on delignification and carbohydrate removal

Kraft delignification - Recent findings regarding the impact of non-reacting ions in the cooking liquor

Adsorption of Arabinoxylan on Cellulosic Surfaces: Influence of Degree of Substitution and Substitution Pattern on Adsorption Characteristics

Diepoxide treatment of softwood kraft pulp: influence on absorption properties of fibre networks

Directing alkaline peroxide reactions towards carbohydrates: Oxidation of bleached kraft pulp fibres

Molecular characterization of hydrolyzed cationized nanocrystalline cellulose, cotton cellulose and softwood kraft pulp using high resolution 1D and 2D NMR

The effect of ionic strength on the kinetics of the kraft pulping of softwood

Kraft pulp hornification: A closer look at the preventive effect gained by glucuronoxylan adsorption

Adsorption of cationized barley husk xylan on kraft pulp fibres: influence of degree of cationization on adsorption characteristics

Can the delignification rate be affected by previously applied cooking conditions?

CHEMICAL CROSSLINKING OF SOFTWOOD KRAFT FIBRE NETWORKS TOWARDS AN ABSORPTION PRODUCT

INFLUENCE OF FIBRE CHARACTERISTICS ON LIQUID ABSORPTION PROPERTIES OF SOFTWOOD KRAFT FIBRE NETWORKS

Chemical modifications of softwood kraft fibre networks towards an absorption product

Modification of kraft pulp fibres by adsorption of cationized (glucurono)arabinoxylan

Impact of dissolved sodium salts on kraft cooking reactions

Towards a general kraft delignification model

The effect of calcium on kraft delignification -Study of aspen, birch and eucalyptus

Adsorption of cationized barley husk xylan on kraft pulp fibres

Ways to increase the knowledge of mechanisms during alkaline cooking

Assessment of reaction kinetic models describing delignification fitted to well-defined kraft cooking data

Controlled exchange of cooking liquor compositions during cooking: Effect on delignification and degradation reactions of carbohydrates

Effect of Pulping Conditions on the Rates of Formation and Degradation of Hexenuronic Acid in Scots Pine

Various dissolved sodium salts in kraft cooking liquors - Influence on cooking kinetics

Evaluating Reaction Kinetic Models Using Well-Defined Kraft Delignification Data

Kinetic modelling of (galacto)glucomannan degradation during alkaline cooking of softwood

Reaction kinetics of softwood kraft delignification –General considerations and experimental data

Degradation/dissolution of softwood hemicellulose during alkaline cooking at different temperatures and alkali concentrations

New wood fiber-based products through alteration of kraft pulp characteristics

Kinetics of delignification under constant kraft cooking conditions

Removal of metal ions from wood chips during acidic leaching 2: Modeling leaching of calcium ions from softwood chips

Removal of metal ions from wood chips during acidic leaching 1: Comparison between Scandinavian softwood, birch and eucalyptus

Kinetics of formation and degradation of hexenuronic acid in

2. Modification of precipitated kraft lignin through the addition of calcium – reduction of SO2 emission.

Removal of non-process elements from hardwood chips prior to kraft cooking.

Improved process efficiency by pre-treatment of chips?

Morphological aspects of metal ion diffusion in wood under acid conditions

Removal of non-process elements from hardwood chips prior to kraft cooking

Preliminary results from X-ray diffraction and EDXA studies of inorganiccomponents in softwood kraft pulp

Analysis of the redistribution of metal ions in softwood during kraft pulping by synchrotron radiation micro-XRF

Effects of the use of an NPE chip kidney in a closed bleach plant

Chip Leaching before Cooking

The behavior of Ca and Mn in spruce wood chips during kraft pulping

Spatial distribution and chemical attachments of metal ions in spruce wood

Spatial distribution of metal ions in spruce wood by synchrotron radiation microbeam X-ray fluorescence analysis

Spatial distribution and chemical attachments of metal ions in spruce wood

TCF bleaching of softwood kraft pulp Part 4. Removal of manganese from wood shavings prior to cooking

TCF Bleaching of Softwood Kraft Pulp. Metal Management Procedures

The specific effect of EDTA in pretreatment of pulps with low content of manganese

TCF bleaching of softwood kraft pulp Part 5. Investigation of EDTA-metal complexes in chelation filtrates

TCF bleaching of softwood kraft pulp Part 3. Ion exchange of softwood kraft pulp prior to oxygen delignification

Removal of manganese at different stages in production of TCF pulp

Pretreatment of softwood kraft pulp in TCF bleaching using ion exchange with magnesium and calcium

TCF bleaching of softwood kraft pulp Part 2. Reducing the need for chelating agents in hydrogen peroxide bleaching of softwood kraft pulp

Reducing the need of chelating agents in hydrogen peroxide bleaching of kraft pulp

TCF bleaching of softwood kraft pulp Part 1. Ion exchange of softwood kraft pulp prior to hydrogen peroxide bleaching

Nonionic surfactants from kraft lignin