resource efficiency for textile industry

8/13/2019 Resource Efficiency for Textile Industry

1/19

1,

22 2012

F :

A A

22 2012,


2/19

2,

22 2012

1.

2.

3.

2


3/19

3,

22 2012

7 ( ) 6

2011.6.2

2011 2014

reducing energyconsumption and carbon emission by atleast 10% in textile industry through :


4/19

4,

22 2012

1.

2.

3.

4


5/19

5,

22 2012

E :

C F ( )

H

Challenge 1:overcome oppositionEfficiency vs Flexibility

Challenge 2:energy efficiency and carbonemissions in day by dayoperations and decisions

Challenge 3:poor information about energycosts in textile industry

Challenge 4:From single machine efficiencyto supply chain efficiency


6/19

6,

22 2012

E :

C F ( )

H





* : 4,5005,500 C

E 0.450.55


7/19

7,

22 2012

E :

C F ( )

H





* : 4,5005,500 C

E 0.450.55

: C :

( + ) 0,002 E/ 2 ( 24 / 2)

? ?


8/19

8,

22 2012

/10

H 8/

38 2 / 120 5% ( )

1

( )

290 2,5 / 635 138.000 3 , 7,5%

()

,

+5% ( )

and many other being discovered

Applying best practices and best available technologies to the concrete textile process


9/19

9,

22 2012

( )


10/19

10,

22 2012

( )

F

A


11/19

11,

22 2012

( )

F

A


12/19

12,

22 2012

( )

F

A


13/19

13,

22 2012

1.

2.

3.

13


14/19

14,

22 2012

E

E

( , ,..)

E :H AC ( , , ),

( ) E ( )

ARTISAN provides toolsallowing the decision

makers to tackle them ina co-ordinated and non

separated way.


15/19

15,

22 2012

E E

E E

E FE F

EE CC


16/19

16,

22 2012

Productionorder

Materials

Productivecapacity

DSS:- Scheduler - SCM

Monitoring- faults- performance

Floor

Maintenance

Supply chain

FinishedProduct

EMS :- actual energy costs- consumption Alarms- consumption forecast

GreenProducts andcertifications

- energy consumpt.Efficiencyprojects

Energy & carbon permits trading

Energymarket andsuppliers


17/19

17,

22 2012

, ;

, ;

, ;

( ) E G ;

A F E .


18/19

18,

22 2012

. . , ,

G , E A E ,

G DE


19/19

resource efficiency for textile industry

Documents