Questionaire - Brewery CO2 Recovery
Customer Info
Company name & website Company: Website:
Company address City: Street & no.:
Country: Post Code:
Contact person name & position Name :
Position :
Contact phone, fax, mobile & email Phone : Mobile :
Fax : Email :
VAT Nr. ( for companies within the EC)
End Customer Info (if not the same as above)
Company name & website Company: Website:
Company address City: Street & no.:
Country: Post Code:
Contact person name & position Name :
Position :
Contact phone, fax, mobile & email Phone : Mobile :
Fax : Email :
VAT Nr. ( for companies within the EC)
Site Location
City & Country City : Country :
Altitude + Seismic (earthquake) Zone meter above sea-level Seismic Zone:
Temperature: min. °C
max. °C
Wet Bulb °C
Dates for offer request
Enquiry Date
Submit Date Questionaire to Pentair
Request date for quotation
Request Type of quotation Budget +/- 25% Please select
General
Funding Approved Yes Please select
Planning Permission approved Yes Please select
Target Date of production
REMARKS Customer
Questionaire - Brewery CO2 recovery
Location Utility Data
Electricity Voltage: VAC
Frequency: Hz
Min. Max.
Food grade water Temperature °C
Pressure bar(g)
Cooling water Temperature °C
Pressure bar(g)
NH3 House System Suction Pressure bar(g)
Discharge Pressure bar(g)
Availeble cooling medium Temperature °C
Pressure bar(g)
Type Please select
Concentration %
Steam Pressure bar(g)
Temperature bar(g)
Compressed air Pressure bar(g)
Current Situation & Existing CO2 Recovery Plant Equipment
Current amount CO2 purchased per year tonne CO2 / year EUR / tonne CO2
Estimated amount of purified CO2 that can be sold to others tonne CO2 / year EUR / tonne CO2
Existing Recovery Plant Equipment CO2 Recovery 1 CO2 Recovery 2 CO2 Recovery 3
Supplier
Year of construction
Capacity kg CO2 / hour
Discharge pressure CO2 compressor bar(g)
Inlet CO2 purity % CO2 v/v
Outlet CO2 purity Min % CO2 v/v
Refrigerant used NH3 NH3 NH3 Please select
Refrigerant compressor make & type
Refrigerant compressor cooling capacity kW-Refrigeration
Refrigerant compressor cooling Suction pressure bar(g)
CO2 storage capacity tonne CO2
CO2 evaporation capacity kg CO2 / hour
Are the CO2 plants mounted parallel to one another? Yes Please select
Min. Max.
CO2 pressure in storage tank(s) Pressure bar(g)
CO2 pressure before reducing valve Pressure bar(g)
CO2 ring main pressure Pressure bar(g)
Please quantify your concern in regard to your Current Situation and Existing CO 2 Recovery Plant Equipment :
Plant capacity: No concern Please select Quality/availability of purchased CO2: No concern Please select
Plant efficiency: Low Please select Outlet CO2 purity: Low Please select
Inlet CO2 purity: Average Please select Dew point temperature: Average Please select
Foaming: High Please select Odours (CO2 smells): High Please select
Sugar on CO2 compressor valves: Very high Please select Maintenance: Very high Please select
Other (please specify):
CO2 Recovery Requirements
Capacity of NEW CO2 recovery plant kg CO2 / hour
Capacity of NEW Liquid CO2 storage tank(s) tonne CO2
Capacity of NEW CO2 evaporator(s) kg CO2 / hour
Capacity of NEW Cylinder filling unit(s) kg CO2 / hour
Preferred refrigerant used to liquefy CO2 NH3 Please select
inlet outlet
Please select the CO2 inlet/outlet purity Required Inlet CO2 purity: > 99.7 % v/v CO2 > 99.97 % v/v & O2 < 90 ppm v/v Please select
Does the outlet purity of CO2 have to comply to a specific CO2 standard. Yes Please select
If "Yes", please send a (digital) copy of the standard. Other Please select
Do you plan to use excess purified CO2 :
· for your own carbonated (soft) drink production? Yes Please select
· to sell on the market to other parties? No Please select
CO2 Recovery vs CO2 Consumption (energy/utility consumption reduction)
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Questionaire - Brewery CO2 recovery
To determine if a Energy saving / utility consumption reduction solution is an option for you, please do provide a excel sheet with the following data:
CO2 being recovered per day (in kg) The longer the period the better ingight you recevie on the possible savings.
CO2 being Consumed per day (in kg) The longer the period the better ingight you recevie on the possible savings.
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Qu
PRODUCT SPECIFICATION
total week production Mon
combined brews per day/week "NOW" 0
combined brews per day/week "FUTURE" 0
weeks of breweing per year 52
estimated produced vollume per year. NOW 0
estimated produced vollume per year. "FUTURE" 0
name product A ………………
Annual alcoholic beer production ?
Average brew size ?
Average Plato at wort pitching ?
Average Plato at Beginning & End of CO2 collection ? Begin :
End :
Total fermentation time ?
Fermenter purge (blow-off) period ?
Net CO2 collection period ?
Brewing schedule Mon
Number of brews per day: "Now" 0
Number of brews per day: "Future" 0
name product B ………………
Annual alcoholic beer production ?
Average brew size ?
Average Plato at wort pitching ?
Average Plato at Beginning & End of CO2 collection ? Begin :
End :
Total fermentation time ?
Fermenter purge (blow-off) period ?
Net CO2 collection period ?
Brewing schedule Mon
Number of brews per day: "Now" 0
Number of brews per day: "Future" 0
name product C ………………
Annual alcoholic beer production ?
Average brew size ?
Average Plato at wort pitching ?
Average Plato at Beginning & End of CO2 collection ? Begin :
End :
Total fermentation time ?
Fermenter purge (blow-off) period ?
Net CO2 collection period ?
Brewing schedule Mon
Number of brews per day: "Now" 0
Number of brews per day: "Future" 0
name product D …………
Annual alcoholic beer production ?
Average brew size ?
Average Plato at wort pitching ?
Average Plato at Beginning & End of CO2 collection ? Begin :
End :
Total fermentation time ?
Fermenter purge (blow-off) period ?
Net CO2 collection period ?
Brewing schedule Mon
Number of brews per day: "Now" 0
Number of brews per day: "Future" 0
name product E ……………
Annual alcoholic beer production ?
Average brew size ?
Average Plato at wort pitching ?
Average Plato at Beginning of CO2 collection ? Begin :
Average Plato at End of CO2 collection ? End :
Total fermentation time ?
Fermenter purge (blow-off) period ?
Net CO2 collection period ?
Brewing schedule Mon
Number of brews per day: "Now" 0
Number of brews per day: "Future" 0
Questionaire - Brewery Capa
Tues Wed Thur Fri Sat
0 0 0 0 0
0 0 0 0 0
weeks
Hl/Year
Hl/Year
Now Future
0 0 HL / year
0 0 HL Cold Wort / Brew
0.0 0.0 °Plato
0.0 0.0 °Plato
0.0 0.0 °Plato
0 0 hours
0 0 hours
0 0 hours
Tues Wed Thur Fri Sat
0 0 0 0 0
0 0 0 0 0
Now Future
0 0 HL / year
0 0 HL Cold Wort / Brew
0.0 0.0 °Plato
0.0 0.0 °Plato
0.0 0.0 °Plato
0 0 hours
0 0 hours
0 0 hours
Tues Wed Thur Fri Sat
0 0 0 0 0
0 0 0 0 0
Now Future
0 0 HL / year
0 0 HL Cold Wort / Brew
0.0 0.0 °Plato
0.0 0.0 °Plato
0.0 0.0 °Plato
0 0 hours
0 0 hours
0 0 hours
Tues Wed Thur Fri Sat
0 0 0 0 0
0 0 0 0 0
Now Future
0 0 HL / year
0 0 HL Cold Wort / Brew
0.0 0.0 °Plato
0.0 0.0 °Plato
0.0 0.0 °Plato
0 0 hours
0 0 hours
0 0 hours
Tues Wed Thur Fri Sat
0 0 0 0 0
0 0 0 0 0
Now Future
0 0 HL / year
0 0 HL Cold Wort / Brew
0.0 0.0 °Plato
0.0 0.0 °Plato
0.0 0.0 °Plato
0 0 hours
0 0 hours
0 0 hours
Tues Wed Thur Fri Sat
0 0 0 0 0
0 0 0 0 0
ery Capacity
Sun brew/week
0 0
0 0
Sun brew/week
0 0
0 0
Sun brew/week
0 0
0 0
Sun brew/week
0 0
0 0
Sun brew/week
0 0
0 0
Sun brew/week
0 0
0 0
