20
Gaurav Katre M Tech 1 st Year Energy Conservation with Bruckner machinery

Energy conservation with new bruckner stenter

Embed Size (px)

Citation preview

Page 1: Energy conservation with new bruckner stenter

Gaurav Katre M Tech 1st Year

Energy Conservation with Bruckner machinery

Page 2: Energy conservation with new bruckner stenter

Be the First in Finishing

German Company

Run by Leonberg Family

Tailor-made Lines

Complete system for Textile Finishing

Bruckner

Page 3: Energy conservation with new bruckner stenter

Continuous Increase in Energy Prices

Market is Competitive

Future investment in energy saving is important

Optimized energy efficiency production lines

ITMA ASIA 2010Power Frame Stenter Eco- Heat Eco- Air

Initiatives

Page 4: Energy conservation with new bruckner stenter

POWER-FRAME stenter

Page 5: Energy conservation with new bruckner stenter

New Generation StenterHighest PerformanceMinimum energy consumptionSplit flow SystemPatented Venturi nozzle: optimum mixture of

circulating and fresh airHomogenous air distribution : alternating air flow in

the thermo zones.Robust and low-maintenance chains

POWER-FRAME stenter

Page 6: Energy conservation with new bruckner stenter

Save Hard cash with ECO Heat

Page 7: Energy conservation with new bruckner stenter

Heat the fresh air or water by exhaust air

1. Air to Air : Heat of exhaust gases is used to heat the fresh air It can reduces process heat demand by 12 to 15% In case of dry heat setting it is upto 30%.

2. Air to Water: Water can be heated up to 900C Can be used directly to process/boiler feed water.

ECO Heat System

Page 8: Energy conservation with new bruckner stenter

Line Diagram of Air / Air heating

Page 9: Energy conservation with new bruckner stenter

Line Diagram of Air / Water heating

Incoming Water

Out going Water

Air In

Air Out

Page 10: Energy conservation with new bruckner stenter

Energy savings of up to 35% depending on the process

Very short pay back time

Retrofit to older lines and machines supplied by other producers

Integrated into the stenter roof structure

Low floor space

Advantages of ECO Heat recovery

Page 11: Energy conservation with new bruckner stenter

Combined Air/Air and Air/Water system.

Page 12: Energy conservation with new bruckner stenter

ECO Air System Self-cleaning scrubber

zones

Electro static filter system

Offers air filtration in two stages through:Ionization Zone Collection Zone

This system filters air with 99% of efficiency

Available with integrated automatic cleaning unit

Page 13: Energy conservation with new bruckner stenter

More efficient than devices only with ionization zone

Available in several sizes

High removal efficiency for aerosols and noxious gases

Low cost of operation

Robust design in stainless steel

Compact dimensions

Easy maintenance with compact filter modules: easy to remove and easy to clean

Advantages of Eco – Air

Page 14: Energy conservation with new bruckner stenter

Temperature inside stenter 2200CExhaust Air Temperature 1400CHeat recovery system can recover 700C

Energy saving of up to approx. 20 %with 140°C dryer temperature

Energy saving of up to approx. 35 % with 190°C dryer temperature

Eco – Heat Statistic

Page 15: Energy conservation with new bruckner stenter

Lucky Tex domiciled in KarachiOwing weaving mills, finishing, dyeing and drying

facilities as well as stitching unitTotal capacity of 225,000 meters /dayThree Bruckner Power Frame Stenters installed at

Lucky Tex for drying and heat-setting of woven fabrics Lucky Tex has installed ECO-HEAT back-pack – heat

recovery air/air integrated into the top of the dryer Integrated into the roof of the dryer Annual costs associated with stenter operations,

almost 60% of total annual costAlmost 25% cost reduction with a Bruckner heat

recovery

Case Study : Lucky Tex Processing Mill, Pakistan

Page 16: Energy conservation with new bruckner stenter

Case Study : Lucky Tex Processing Mill, Pakistan

Page 17: Energy conservation with new bruckner stenter

Bureau of Energy Efficiency (BEE) is implementing a BEE-SME Programme to improve the energy performance in 25 selected SMEs clusters

Pali Textile Cluster is one of them

Today there are over 350 units in Pali

Production of all of these combined together crosses 5.5 million meter per day

Energy account for 30% on total cost

Project Report On Installation Of Waste Heat Recovery System In Stenter at Pali

Page 18: Energy conservation with new bruckner stenter

Electricity consumption for stenter alone in textile dyeing and processing units , 50%

Over 20% for electricity consumption

30% fuel consumption in power process industries

Pay back period of less than one year

Potential

Page 19: Energy conservation with new bruckner stenter

Report on Detailed Project Report On Installation Of Waste Heat Recovery System In Stenter (Pali Textile Cluster) by Bureau of Energy Efficiency, Detail Project Report No.: PAL/TXT/WHR/15

www.bruckner.com Ali Hasanbeigi , Energy-Efficiency Improvement Opportunities for

the Textile Industry , Ernest Orlando Lawrence Berkeley National Laboratory, September 2010

Amina Baqai, Brückner Stenters and ECO-HEAT back-pack – heat recovery unit on dryer lower the energy consumption and other inputs at Lucky Tex Processing Mills, Pakistan textile journal, October 2012

http/: splitflowpumps.com S. Petra Lehner, systems supplier Brückner presents efficient

solutions, Pakistan textile journal, March 2011 Energy Saving Technologies: Spotlight of Finishing Sector , by

fibre2fashion

References

Page 20: Energy conservation with new bruckner stenter

Thank You