TL3000 PET Bottle Cleaning Recycling System
Zhejiang Boretech Environmental Engineering Co., Ltd.- Capacity：3000kg,H
- Material：Cc&CS
- Transport Package：Film,Wooded Case,Regular Seaworthy Packing,Ect.
- Specification：3000 KG,H
- Trademark：BORETECH
- Origin：China
Base Info
- Model NO.：TL3000
- HS Code：8477800000
- Production Capacity：10 Sets Per Year
Description
Estimated Plant Parameters Input Capacity
(kg/h) Required Area
(m2) Installed Power
(Kw) Required Water
(kg/h) Required Steam
(kg/h) Requied Compressed Air(m3/min) Manpower 1500 1500 600 2.25 700 3.5 5 3000 2000 900 4.5 1300 6.5 7 6000 3000 1000 9 2300 12 11 9000 4500 1600 14 3200 20 16 Capacity
(kg/h) Electricity Consumption
(KWh) Steam
(kg) Washing Detergent
(kg) Water Consumption
(ton) 1500 170 550 12 1.5 3000 160 500 12 1.5 6000 150 450 12 1.5 9000 145 400 10 1.5
Fiber Grade PET Bottle Recycling Line
Estimated Plant ParametersInput Capacity
(kg/h) Required Area
(m2) Installed Power
(Kw) Required Water
(kg/h) Required Steam
(kg/h) Requied Compressed Air(m3/min) Manpower 500 800 170 0.75 200 0.5 8 1500 1200 400 2.25 700 0.5 12 3000 1800 600 4.5 1300 0.7 18 6000 2800 900 9 2300 1 30 9000 4200 1400 14 3200 1.5 40 Input
Capacity
(kg/h) Electricity Consumption
(KWh) Steam
(kg) Washing Detergent
(kg) Water Consumption
(ton) 500 140 550 6 1.5 1500 130 500 8 1.5 3000 120 450 8 1.5 6000 100 400 8 1.5 9000 95 350 8 1.5
(kg/h)
(m2)
(Kw)
(kg/h)
(kg/h)
(kg/h)
(KWh)
(kg)
(kg)
(ton)
- The above parameters are calculated based on the standard contiguartion;PET bottle material composition and factory management level will affect actual consumption.
- Water consumption parameters are calculated based on using wastewater reuse system.
Fiber Grade PET Bottle Recycling Line
Estimated Plant Parameters
(kg/h)
(m2)
(Kw)
(kg/h)
(kg/h)
Capacity
(kg/h)
(KWh)
(kg)
(kg)
(ton)
- The above parameters are calculated based on the standard contiguartion;PET bottle material composition and factory management level will affect actual consumption.
- Water consumption parameters are calculated based on using wastewater reuse system.