Skip to main content

Table 1 Knot and bark extractive yield from silver fir trees in laboratory conditions and using a mixture of Water/EtOH (1:1)

From: A generic information framework for decision-making in a forest-based bio-economy

Molecular family

Bio-molecule

Mean

S.D.

n

  

[kg.kg− 1]

[kg.kg− 1]

 

Knotwood

    

Lignan

7′Hydroxylariciresinol

0.183

0.275

21

 

HMR

0.353

0.297

27

 

Lariciresinol

1.203

1.297

29

 

Matairesinol

0.038

0.033

9

 

Secoisolariciresinol

5.97

5.957

30

 

Unknown

1.419

1.442

24

Phenol

Vanillic acid

0.047

0.049

20

 

Unknown

0.054

0.036

21

Terpene

Dehydroabietic acid

0.015

0.018

7

 

Dehydrojuvabione

0.819

0.84

28

 

Juvabione

0.075

0.079

19

 

Unknown

0.865

1.544

31

Unknown

Unknown

1.057

2.532

31

Barkwood extracts

    

Flavan-3-ol

Gallocatechin-dimer

2.5 × 10− 3

0.54 × 10− 3

8

 

Gallocatechin

3.214 × 10− 3

0.7 × 10− 3

8

 

Epi-Gallocatechin

4.228 × 10− 3

0.76 × 10− 3

8

 

Catechin

5.66 × 10− 3

0.96 × 10− 3

8

Phenolic

Isorhamnetin glycoside

12 × 10− 3

2.04 × 10− 3

8

 

Quercetin glycoside

1.92 × 10− 3

0.29 × 10− 3

8

Oligomers

Tannins

34.95 × 10− 3

4.84 × 10− 3

8

  1. Concentrations of the bio-molecules are expressed in kg per kg of dry wood biomass