Step 1 − Calculate your consumption

Calculate your consumption

Definitions

explanation of words

What do we get?

What are we doing?

Example

Part I: Instructions

Please read the instruction below carefully before filling the data
  • 1 Please check your records and answer questions below
  • 2 Please see the Direct results for your consumption.

Part II: Data-filling steps

A

B

Last year * 2 years ago 3 years ago
What is your company's productivity? Ton of paper
What is your company's consumption in terms of:
Chemical?

Note: Chemical include mainly NaOH and others as bleaching chemicals (clorine and clorine compound)

kg
Coal kg
Oil kg
Electricity kWh
Water m3

Step 2 − Identify the gap

Measuring performance of product?

Definitions

explanation of words

What do we get?

What are we doing?

Example

  • 1 Please have a look at the Benchmark table of your sector
  • 2 Please see the Direct results for the comparison between your company and benchmarks.
Resource Last year 2 years ago 3 years ago Vietnam India Northern EU
Chemical
80 - 150 71 - 135 75 kg/T
Coal
575- 1500 575 - 1000 192 -880 kg/T
Oil
294 - 784 294 - 490 98- 450 kg/T
Electricity
900-1900 855 - 980 700 - 850 kWh/T
Water
175 - 350 180 - 280 20- 40 m3/T

Note: India factories using agriculture waste

Chemical (kg/T)

Benchmark

Vietnam
(80 - 150)

India
(71 - 135)

Northern EU
(75)

Last year
2 years ago
3 years ago

Your company

Coal (kg/T)

Benchmark

Vietnam
(575- 1500)

India
(575 - 1000)

Northern EU
(192 -880)

Last year
2 years ago
3 years ago

Your company

Oil (kg/T)

Benchmark

Vietnam
(294 - 784)

India
(294 - 490)

Northern EU
(98- 450)

Last year
2 years ago
3 years ago

Your company

Electricity (kWh/T)

Benchmark

Vietnam
(900-1900)

India
(855 - 980)

Northern EU
(700 - 850)

Last year
2 years ago
3 years ago

Your company

Water (m3/T)

Benchmark

Vietnam
(175 - 350)

India
(180 - 280)

Northern EU
(20- 40)

Last year
2 years ago
3 years ago

Your company

LEGEND

Benchmark

Vietnam
India
Northern EU

Your company

Last year
2 years ago
3 years ago
Resource Last year 2 years ago 3 years ago Traditional technology Advance technology Vietnam
Water
30-35 15-20 40-50 m3/T
Electricity
- - 150-200 kWh/T
Coal
- - 400-600 kg/T
Powder
88 80 88 kg/T
Tanin
25.3 25 25 kg/T
Oil
22 22 22 kg/T
Colour
5.3 5 5 kg/T
Acids, bases and salts
- - 190 kg/T
Surfactant
3 3 3 kg/T
Enzym
5 5 5 kg/T
Water (m3/T)

Benchmark

Traditional technology
(30-35)

Advance technology
(15-20)

Vietnam
(40-50)

Last year
2 years ago
3 years ago

Your company

Electricity (kWh/T)

Benchmark

Traditional technology
(-)

Advance technology
(-)

Vietnam
(150-200)

Last year
2 years ago
3 years ago

Your company

Coal (kg/T)

Benchmark

Traditional technology
(-)

Advance technology
(-)

Vietnam
(400-600)

Last year
2 years ago
3 years ago

Your company

Powder (kg/T)

Benchmark

Traditional technology
(88)

Advance technology
(80)

Vietnam
(88)

Last year
2 years ago
3 years ago

Your company

Tanin (kg/T)

Benchmark

Traditional technology
(25.3)

Advance technology
(25)

Vietnam
(25)

Last year
2 years ago
3 years ago

Your company

Oil (kg/T)

Benchmark

Traditional technology
(22)

Advance technology
(22)

Vietnam
(22)

Last year
2 years ago
3 years ago

Your company

Colour (kg/T)

Benchmark

Traditional technology
(5.3)

Advance technology
(5)

Vietnam
(5)

Last year
2 years ago
3 years ago

Your company

Acids, bases and salts (kg/T)

Benchmark

Traditional technology
(-)

Advance technology
(-)

Vietnam
(190)

Last year
2 years ago
3 years ago

Your company

Surfactant (kg/T)

Benchmark

Traditional technology
(3)

Advance technology
(3)

Vietnam
(3)

Last year
2 years ago
3 years ago

Your company

Enzym (kg/T)

Benchmark

Traditional technology
(5)

Advance technology
(5)

Vietnam
(5)

Last year
2 years ago
3 years ago

Your company

LEGEND

Benchmark

Traditional technology
Advance technology
Vietnam

Your company

Last year
2 years ago
3 years ago
Resource Last year 2 years ago 3 years ago Vietnam Optimal practice in Vietnam Germany Finland
Coloring
5-80 4.6-12.3 5-80 - kg/T
Additive
200-1000 230 92-1032 - kg/T
Water
130-600 100 100-150 144-380 m3/T
Heat
1.5-2.5 1.655 0.24-0.32 0.86-2.39 Ton FO/T
Electricity
885-2000 900 240-350 - kWh/T
Coloring (kg/T)

Benchmark

Vietnam
(5-80)

Optimal practice in Vietnam
(4.6-12.3)

Germany
(5-80)

Poland
(-)

Last year
2 years ago
3 years ago

Your company

Additive (kg/T)

Benchmark

Vietnam
(200-1000)

Optimal practice in Vietnam
(230)

Germany
(92-1032)

Poland
(-)

Last year
2 years ago
3 years ago

Your company

Water (m3/T)

Benchmark

Vietnam
(130-600)

Optimal practice in Vietnam
(100)

Germany
(100-150)

Poland
(144-380)

Last year
2 years ago
3 years ago

Your company

Heat (Ton FO/T)

Benchmark

Vietnam
(1.5-2.5)

Optimal practice in Vietnam
(1.655)

Germany
(0.24-0.32)

Poland
(0.86-2.39)

Last year
2 years ago
3 years ago

Your company

Electricity (kWh/T)

Benchmark

Vietnam
(885-2000)

Optimal practice in Vietnam
(900)

Germany
(240-350)

Poland
(-)

Last year
2 years ago
3 years ago

Your company

LEGEND

Benchmark

Vietnam
Optimal practice in Vietnam
Germany
Finland

Your company

Last year
2 years ago
3 years ago
Resource Last year 2 years ago 3 years ago EU Vietnam
Steel scrap
1080 - 1130 1135 - 1200 kg/T
Solid iron
- 0 - 250 kg/T
Liquid iron
- 0 - 600 kg/T
Lime
30 - 80 50 - 80 kg/T
Coal
13 - 15 0 - 20 kg/T
Grafit electrode
1.5 - 4.5 2.9 - 6.8 kg/T
Electricity
350 - 500 420 - 800 kg/T
Oxygen
24 - 47 30 - 50 m3/T
Cooling water
0 4 - 7 m3/T
Steel scrap (kg/T)

Benchmark

EU
(1080 - 1130)

Vietnam
(1135 - 1200)

Last year
2 years ago
3 years ago

Your company

Solid iron (kg/T)

Benchmark

EU
(-)

Vietnam
(0 - 250)

Last year
2 years ago
3 years ago

Your company

Liquid iron (kg/T)

Benchmark

EU
(-)

Vietnam
(0 - 600)

Last year
2 years ago
3 years ago

Your company

Lime (kg/T)

Benchmark

EU
(30 - 80)

Vietnam
(50 - 80)

Last year
2 years ago
3 years ago

Your company

Coal (kg/T)

Benchmark

EU
(13 - 15)

Vietnam
(0 - 20)

Last year
2 years ago
3 years ago

Your company

Grafit electrode (kg/T)

Benchmark

EU
(1.5 - 4.5)

Vietnam
(2.9 - 6.8)

Last year
2 years ago
3 years ago

Your company

Electricity (kg/T)

Benchmark

EU
(350 - 500)

Vietnam
(420 - 800)

Last year
2 years ago
3 years ago

Your company

Oxygen (m3/T)

Benchmark

EU
(24 - 47)

Vietnam
(30 - 50)

Last year
2 years ago
3 years ago

Your company

Cooling water (m3/T)

Benchmark

EU
(0)

Vietnam
(4 - 7)

Last year
2 years ago
3 years ago

Your company

LEGEND

Benchmark

EU
Vietnam

Your company

Last year
2 years ago
3 years ago
Resource Last year 2 years ago 3 years ago EU Vietnam
Lime, clay, additive, etc
1.27 1.27 - 1.32 Ton/ton cement
Gypsum
0.05 0.03 Ton/ton cement
Additive
0.14 0.165 Ton/ton cement
Technology Last year 2 years ago 3 years ago Wet rotary kiln PP/vertical kiln Dry rotary kiln PP Heat recovery rotary kiln
Electricity
120 - 130 90 - 100 75 - 80 kWh/ton cement
Lime, clay, additive, etc (Ton/ton cement)

Benchmark

EU
(1.27)

Vietnam
(1.27 - 1.32)

Last year
2 years ago
3 years ago

Your company

Gypsum (Ton/ton cement)

Benchmark

EU
(0.05)

Vietnam
(0.03)

Last year
2 years ago
3 years ago

Your company

Additive (Ton/ton cement)

Benchmark

EU
(0.14)

Vietnam
(0.165)

Last year
2 years ago
3 years ago

Your company

Electricity (kWh/ton cement)

Benchmark

Wet rotary kiln PP/vertical kiln
(120 - 130)

Dry rotary kiln PP
(90 - 100)

Heat recovery rotary kiln
(75 - 80)

Last year
2 years ago
3 years ago

Your company

LEGEND

Benchmark

EU
Vietnam
Wet rotary kiln PP/vertical kiln
Dry rotary kiln PP
Heat recovery rotary kiln

Your company

Last year
2 years ago
3 years ago
Resource Last year 2 years ago 3 years ago Old technology Medium technology Modern technology Vietnam (present)
Malt/alternative material
18 16 14 14 - 18 kg/100 liters
Heat
390 250 150 200-350 MJ/100 liters
Fuel
11 7 3 3.6 - 8.5 liter/100 liters
Electricity
20 16 7-12 7.5 - 20 kWh/100 liters
Water
2 - 3.5 0.7 - 1.5 0.4 0.6 - 2 m3/liters
NaOH
0.5 0.25 0.1 0.2 - 0.6 kg/100 liters
Inert powder
570 255 80 100 - 400 g/100 liters
Malt/alternative material (kg/100 liters)

Benchmark

Old technology
(18)

Medium technology
(16)

Modern technology
(14)

Vietnam (present)
(14 - 18)

Last year
2 years ago
3 years ago

Your company

Heat (MJ/100 liters)

Benchmark

Old technology
(390)

Medium technology
(250)

Modern technology
(150)

Vietnam (present)
(200-350)

Last year
2 years ago
3 years ago

Your company

Fuel (liter/100 liters)

Benchmark

Old technology
(11)

Medium technology
(7)

Modern technology
(3)

Vietnam (present)
(3.6 - 8.5)

Last year
2 years ago
3 years ago

Your company

Electricity (kWh/100 liters)

Benchmark

Old technology
(20)

Medium technology
(16)

Modern technology
(7-12)

Vietnam (present)
(7.5 - 20)

Last year
2 years ago
3 years ago

Your company

Water (m3/liters)

Benchmark

Old technology
(2 - 3.5)

Medium technology
(0.7 - 1.5)

Modern technology
(0.4)

Vietnam (present)
(0.6 - 2)

Last year
2 years ago
3 years ago

Your company

NaOH (kg/100 liters)

Benchmark

Old technology
(0.5)

Medium technology
(0.25)

Modern technology
(0.1)

Vietnam (present)
(0.2 - 0.6)

Last year
2 years ago
3 years ago

Your company

Inert powder (g/100 liters)

Benchmark

Old technology
(570)

Medium technology
(255)

Modern technology
(80)

Vietnam (present)
(100 - 400)

Last year
2 years ago
3 years ago

Your company

LEGEND

Benchmark

Old technology
Medium technology
Modern technology
Vietnam (present)

Your company

Last year
2 years ago
3 years ago

Step 3 − Identify potential CP options

Action plan to improve clusters

Definitions

explanation of words

What do we get?

What are we doing?

Example

Part I: Instructions

Please read the instruction below carefully before filling the data
  • 1 Please check all CP options provided.
  • 2 Please estimate the cost needed for each option.
  • 3 Please decided when you want to apply that option.
  • 4 Please check the Direct results for your timeline of implementation.

Part II: Data-filling steps

List of opportunities for cleaner production
Estimated cost
Implementing plan
1

Fix leaking positions

Leaking positions such as pipe, valve... need to be fixed
2

Lock taps when not using

Auto-locking valves should be applied
3

Remove stuck on grid nozzle

4

Use non-toxic pigment/coloring substance

Only apply for color paper production
5

Use white bleaching substance peoxit hydro

Replace using chlorine and more friendly with environment
6

Use enough space pulp launching tank

Prevent overflow of pulp
7

Use high pressure centrifugal washer

Save pulp
8

Improve water separated and washed procedure by using doubled grid belt squeezer

Save water
9

Recycle white and technological water

For pulp washing, bleaching and diluting
10

Recover and recycle condensation water

Recycle for boiler
11

Reuse short-length/waste fibre

Produce lower quality products
1

Check and supervise quantitation of chemical

Leather production use large amount of chemical
Chemical: inorganic (acid, base...), organic, tanning (chrome, oil, dying, solven, enzyme...)
2

Instruct workers to implement exactly customer order

Especially requirement of quality, dimension, thickness...
3

Request workers for careful operation

Tanning technology include several stage where some need precise operation (time, quantity) such as feather bleaching, lime bleaching, chrome tanning, base and humidity regulation...
4

Equip chemical recovering trays

Use in chemical quantitation to recover spilled chemical to reuse
5

Suitable quantitation of salt utilization

In reservation of material
6

Use salt-processed leather replacing for production

Save salt when using raw leather
7

Increase absorption ability of chrome in tanning

Use modern system, able to automatic check and regulate operational parameters: temperature, pH... and supplment chemical as needed
8

Recycle chrome waste water

Reuse high concentration chrome in waste water (usually discharge as waste water after each tanning batch
9

Recover and reuse chrome by using sedimentation method

Reuse high concentration chrome in waste water (usually discharge as waste water after each tanning batch
10

Recover solution after water squeezing stage to recover tanning chemicals

Reuse tanning chemicals after water squezzing stage that usually to discharge as waste water
1

Fix leaking (valve, pump and other equipment)

Implement frequently, tend to prevent and maintain continuously
2

Close unnecessary tap

Use self-closing taps, implement frequently and replace as necessary
3

Recover overflow printed starch when put starch into brush

Use recover trays
4

Prevent starch while transportation

Input starch at level of 80% volume of container to prevent overflow starch while transportation
5

Replace bleaching chemical CCl4

Apply for bleaching stage
Reduce environment impacts
6

Check material/water rate

Install water meter to check material/water in order to optimization of water using
7

Install nozzles in jigger dying machine

Increase efficiency of washing process
8

Install hollow volume in jigger and winch machine

Reduce dying solution volume
9

Install nozzles in printer

Increase efficiency of printing process
10

Reuse dying water

Especially when using dispersal dying chemical
Number of dying water reusing depend on concentration of oil in cloth and type of color
11

Recover and recycle condensation water

Recover condensation water from jigger and provide for boiler
12

Recover ethyl acetate solven

From waste flow of solven-based washing stage though distillation process
13

Recover printed starch that stick in printed cloth

Recover printed starch remaining in cloth by a moving blade
Use recovered printed starch for dark-color starch preparation
14

Use impurities which separate from material cleaning process to provide to boilers

Impurities generated from distillation process of waste of printed cloth washing using solven
Need to improve combustion chamber to load solid waste
1

Check carefully material import process

Material import might mix impurities: nonmetallic material, dust, oil... reducing product quality
Layout for material import, classification...
Impurities remove and reject material trucks which do not meet requirement
2

Replace and maintain pipes, valve...

Replace and maintain periodically divides, pipes, machines... which leaking oil and grease
3

Remove impurities and substance that causing fire/exploitation

Remove material mixing with oil and grease-impurities that can cause fire/exploitation
4

Use cutter, squeezer to process material to pieces

Cut and squeeze material into smaller pieces to reduce volume
5

Minimize furnace opening time

Minimize furnace opening time to save energy
6

Maintain vacuum system, replace filter bag

Blow out dust when opening furnace to input fuel in case of bad maintenance of vacuum system and filter bags
1

Use small miller to mill material, clinke

Use roller mill instead of ball miller in milling raw material and clinke to save 30%-40% electrical energy
2

Recover waste heat to generate electricity

Apply for the factory having cement production capacity of over 1000 tan/day and using modern rotary kiln. Generated electricity sufficient to meet 25-35% factory's consumption demand
3

Use close jaw beating and hammer grinding system, suction filter sealed hammer with equipped filter

Open jaw beating and hammer grinding system without filter will pollute environment and affect human health
4

Use high productivity dust sleeve system and material recovery

Wet dust hushing system (low productivity) in material drying system pollute environment with dust
5

Educate operational workers

System operation by workers drops material and can be recover
6

Transport directly clinke and cement from silo to truck

Manual load to truck can drop clinke and cement
7

Minimize dust and recover dust while transportation

Cover truck and recover dust in production and transportation
8

Change motor power that suitable with additional charge

Overload/underload operation of motor cause power losses
9

Install additional capacitor cos Φ for motors in factory

Overload/underload operation of motor cause power losses
10

Install inverter in suitable conveyor belt

Overload/underload operation of motor cause power losses
1

Good reservation of material (rice and malt)

Use silo, construct warehouse against rat, use methods to exterminate rat and other rodent species
2

Prevent material (rice/malt) losses in milling process

Install material recover system
3

Reduce sugar solution loss by discharge as waste water

Strengthen deposition ability of sugar solution by using deposition fluxes
Recover deposition solution to filter pot
Invest deposition solution centrifuge
4

Reduce beer lost in fermentation solution when withdraw residual in tank bottom

Select fermentation bacteria/yeast to improve deposition ability
Select optimal/modern technology
Invest isobaric fermentation withdrawing system
5

Reduce beer lost in filtration causing by beer mixing with water

Use intermediate container contains both beer and water in filtration process
Apply high concentration fermentation technology
6

Reduce beer lost whenever machine cleaning

Improve filtration ability of beer solution: select fermentation bacteria/yeast, use fermentation fluxes, cold providing for beer before filtration process
7

Reduce beer lost by spilling with pressure discharge line

Cause by overpressure in the system
Invest CO2 loading system in recovery line
8

Reduce beer lost in extraction process

Control CO2 concentration and beer temperature before CO2 saturation
Transform or invest new extraction divides

Direct result

No cost Low cost Investment (need feasibility study before implementation)
List of opportunities for cleaner production
Next month
Next year
Next 5 years
1

Fix leaking positions

Leaking positions such as pipe, valve... need to be fixed
     
2

Lock taps when not using

Auto-locking valves should be applied
     
3

Remove stuck on grid nozzle

     
4

Use non-toxic pigment/coloring substance

Only apply for color paper production
     
5

Use white bleaching substance peoxit hydro

Replace using chlorine and more friendly with environment
     
6

Use enough space pulp launching tank

Prevent overflow of pulp
     
7

Use high pressure centrifugal washer

Save pulp
     
8

Improve water separated and washed procedure by using doubled grid belt squeezer

Save water
     
9

Recycle white and technological water

For pulp washing, bleaching and diluting
     
10

Recover and recycle condensation water

Recycle for boiler
     
11

Reuse short-length/waste fibre

Produce lower quality products
     
1

Check and supervise quantitation of chemical

Leather production use large amount of chemical
Chemical: inorganic (acid, base...), organic, tanning (chrome, oil, dying, solven, enzyme...)
     
2

Instruct workers to implement exactly customer order

Especially requirement of quality, dimension, thickness...
     
3

Request workers for careful operation

Tanning technology include several stage where some need precise operation (time, quantity) such as feather bleaching, lime bleaching, chrome tanning, base and humidity regulation...
     
4

Equip chemical recovering trays

Use in chemical quantitation to recover spilled chemical to reuse
     
5

Suitable quantitation of salt utilization

In reservation of material
     
6

Use salt-processed leather replacing for production

Save salt when using raw leather
     
7

Increase absorption ability of chrome in tanning

Use modern system, able to automatic check and regulate operational parameters: temperature, pH... and supplment chemical as needed
     
8

Recycle chrome waste water

Reuse high concentration chrome in waste water (usually discharge as waste water after each tanning batch
     
9

Recover and reuse chrome by using sedimentation method

Reuse high concentration chrome in waste water (usually discharge as waste water after each tanning batch
     
10

Recover solution after water squeezing stage to recover tanning chemicals

Reuse tanning chemicals after water squezzing stage that usually to discharge as waste water
     
1

Fix leaking (valve, pump and other equipment)

Implement frequently, tend to prevent and maintain continuously
     
2

Close unnecessary tap

Use self-closing taps, implement frequently and replace as necessary
     
3

Recover overflow printed starch when put starch into brush

Use recover trays
     
4

Prevent starch while transportation

Input starch at level of 80% volume of container to prevent overflow starch while transportation
     
5

Replace bleaching chemical CCl4

Apply for bleaching stage
Reduce environment impacts
     
6

Check material/water rate

Install water meter to check material/water in order to optimization of water using
     
7

Install nozzles in jigger dying machine

Increase efficiency of washing process
     
8

Install hollow volume in jigger and winch machine

Reduce dying solution volume
     
9

Install nozzles in printer

Increase efficiency of printing process
     
10

Reuse dying water

Especially when using dispersal dying chemical
Number of dying water reusing depend on concentration of oil in cloth and type of color
     
11

Recover and recycle condensation water

Recover condensation water from jigger and provide for boiler
     
12

Recover ethyl acetate solven

From waste flow of solven-based washing stage though distillation process
     
13

Recover printed starch that stick in printed cloth

Recover printed starch remaining in cloth by a moving blade
Use recovered printed starch for dark-color starch preparation
     
14

Use impurities which separate from material cleaning process to provide to boilers

Impurities generated from distillation process of waste of printed cloth washing using solven
Need to improve combustion chamber to load solid waste
     
1

Check carefully material import process

Material import might mix impurities: nonmetallic material, dust, oil... reducing product quality
Layout for material import, classification...
Impurities remove and reject material trucks which do not meet requirement
     
2

Replace and maintain pipes, valve...

Replace and maintain periodically divides, pipes, machines... which leaking oil and grease
     
3

Remove impurities and substance that causing fire/exploitation

Remove material mixing with oil and grease-impurities that can cause fire/exploitation
     
4

Use cutter, squeezer to process material to pieces

Cut and squeeze material into smaller pieces to reduce volume
     
5

Minimize furnace opening time

Minimize furnace opening time to save energy
     
6

Maintain vacuum system, replace filter bag

Blow out dust when opening furnace to input fuel in case of bad maintenance of vacuum system and filter bags
     
1

Use small miller to mill material, clinke

Use roller mill instead of ball miller in milling raw material and clinke to save 30%-40% electrical energy
     
2

Recover waste heat to generate electricity

Apply for the factory having cement production capacity of over 1000 tan/day and using modern rotary kiln. Generated electricity sufficient to meet 25-35% factory's consumption demand
     
3

Use close jaw beating and hammer grinding system, suction filter sealed hammer with equipped filter

Open jaw beating and hammer grinding system without filter will pollute environment and affect human health
     
4

Use high productivity dust sleeve system and material recovery

Wet dust hushing system (low productivity) in material drying system pollute environment with dust
     
5

Educate operational workers

System operation by workers drops material and can be recover
     
6

Transport directly clinke and cement from silo to truck

Manual load to truck can drop clinke and cement
     
7

Minimize dust and recover dust while transportation

Cover truck and recover dust in production and transportation
     
8

Change motor power that suitable with additional charge

Overload/underload operation of motor cause power losses
     
9

Install additional capacitor cos Φ for motors in factory

Overload/underload operation of motor cause power losses
     
10

Install inverter in suitable conveyor belt

Overload/underload operation of motor cause power losses
     
1

Good reservation of material (rice and malt)

Use silo, construct warehouse against rat, use methods to exterminate rat and other rodent species
     
2

Prevent material (rice/malt) losses in milling process

Install material recover system
     
3

Reduce sugar solution loss by discharge as waste water

Strengthen deposition ability of sugar solution by using deposition fluxes
Recover deposition solution to filter pot
Invest deposition solution centrifuge
     
4

Reduce beer lost in fermentation solution when withdraw residual in tank bottom

Select fermentation bacteria/yeast to improve deposition ability
Select optimal/modern technology
Invest isobaric fermentation withdrawing system
     
5

Reduce beer lost in filtration causing by beer mixing with water

Use intermediate container contains both beer and water in filtration process
Apply high concentration fermentation technology
     
6

Reduce beer lost whenever machine cleaning

Improve filtration ability of beer solution: select fermentation bacteria/yeast, use fermentation fluxes, cold providing for beer before filtration process
     
7

Reduce beer lost by spilling with pressure discharge line

Cause by overpressure in the system
Invest CO2 loading system in recovery line
     
8

Reduce beer lost in extraction process

Control CO2 concentration and beer temperature before CO2 saturation
Transform or invest new extraction divides
     

What's next?

1-on-1 Consultancy

Consult a consultant by checking expert list in e-channel and discuss outcomes.

E-library

Check out suggested literature or toolkit for more in-depth information about tools & methods.

Implementation form

Use consultancy implementation form to take outcomes to the next level.

Stakeholders

Discuss outcomes with peers and stakeholders of your organization.

Added Value

Think about the added value of implementing the outcomes for corporate image or sales.

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