HVO Feedstock Pre-treatment Equipment and Turnkey Plants
- Production Capacity: 10-3000 TPD
- Model Number: JXSE 45 soybean extraction plant solvent
- Voltage: 380V
- Power(W): As output
- Dimension(L*W*H): As the capacity
- Weight: Depend on the output
- Item: soybean extraction plant solvent
- material: stainless steel
- moisture in meal: less than 8.0-9.0%
- solvent residual: less than 0.07%
- index in crude oil: 50-500ppm
- the bed height: try to make it higher
- Dry time: 15-25min
- usual extractoin ways: solvent extractoin and pre-pressing extraction
- mixed oil concentration: 18-25%
- market: all over the world
Thanks to our extensive experience in oils and fats refining, we can offer HVO pretreatment solutions with capacity from 50 TPD to 2,000 TPD. QI'E HVO pretreatment technology can efficiently remove metal ions, chloride ions, phospholipids and other impurities in vegetable oil, animal fat and used cooking oil (UCO).
Hydrotreated vegetable oil pretreatment system
- Voltage: 380v or according to the local voltage
- Power: 2.2KW
- Dimension(L*W*H): 1610x615x1260mm of coconut oil machines
- Weight: 1050 KG of coconut oil machines
- Name: coconut oil machines
- Residual oil in meal: Less than 1%
- Crude oil moisture and volatile matter: Less than 0.30%
- Consumption: Low
- Oil grade: 1st,2nd,3rd
- After sale service: Engineer abroad serivce
- Port: Qingdao
Chloride removal Chlorides, if present, are removed at the front-end of the process by water washing and onward processing in Alfa Laval high speed separators and plate heat exchangers. Polyethylene removal Polyethylene, if present such as in some tallow qualities, can be removed by crystallization and filtration. Fatty acid removal
Pretreatment systems for biofuels
- Production Capacity: 98%-100%
- Model Number: 6YL
- Voltage: 380
- Power(W): 5.5KW~15KW
- Dimension(L*W*H): 2200*1600*2150
- Weight: 780kg
- Capacity of cold press oil seed machine: 35kg-400kg/h
- Material: Stainless Steel SS304/316
- Residual oil rate: 5~7%
- Raw material: soybean/peanut/sesame/sunflower/rapeseed
- Advantage: 36 Years for oil press machine
- Warranty period: 12 months
- Application range: Oil Production Line
- Feature of cold press oil seed machine: High Oil Yield Efficiency
- Function of cold press oil seed machine: Produce High
- Character: Screw Oil Pressing Machines
Products Services Let us help Pretreatment systems for biofuels Demand for biofuels from edible, inedible or used fats and oils keeps increasing every year and is driven by factors such as blending mandates and sustainability.
Pre-treatment of used cooking oils for the production of green chemicals: A review - ScienceDirect
- Production Capacity: 7.5w
- Voltage: 220V/380V/440V, 220V/380V/440V
- Dimension(L*W*H): 1700*1300*1750mm, 1700*1300*1750mm
- Weight: 1100KG, 1200kg
- Material: 304 Stainless Steel
- Advantage: High oil yield
- Power(W): 5.5/7.5
- Raw material: Peanut, soyabean, sesame, sunflower
- Function: Oil Press + Drum Filter,Making Edible Oil
- Name: oil making machine
Benjamin Katryniok, James Clark https://doi.org/10.1016/j.jclepro.2020.125129 Get rights and content • Used cooking oils (UCOs) pre-treatment processes are presented. • Typical chemical composition and impurities are described in depth. • Potential effects in further valorization processes are explained in detail. •
Development of two-step noncatalytic esterification of waste cooking oil for biodiesel preparation - Reaction Kinetics, Mechanisms and Catalysis
- Production Capacity: 150T~300T/D
- Model Number: Q-0705
- Voltage: 220V/380V
- Power(W): 11KW
- Dimension(L*W*H): depending on the capacity
- Weight: 1000kg
- The residual: ≤ 1%
- Business Moisture and volatile matter: <0.2%
- Features: high quality machine
- Origin: China
- Price: negotiable
- After sale service: Yes
- Brand: Qi'e
An innovative two-step noncatalytic esterification technique was proposed to synthesize alkyl esters from free fatty acids simulated in waste cooking oil, as a pretreatment process for biodiesel production, without adding any catalyst under normal conditions of pressure and temperature.
Pre-treatment of used cooking oils for the production of green chemicals: A review - ScienceDirect
- Production Capacity: 98%
- Voltage: 380v, 380v
- Dimension(L*W*H): 750*1010*1640(mm)
- Weight: 1230KG
- Key Selling Points: Energy saving
- Keyword: cold hydraulic oil press machine walnut oil presser oil expeller
- Capacity: 13.5kg/batch
- Material: Alloy
- Press weight: 1230KG
- Advantage: High oil yield easy operation
- HS Code: 8497200000
- After Warranty Service: Video technical support, Online support, Spare parts, Field maintenance and repair service
- Local Service Location: India, Colombia
Introduction Section snippets References (142) Cited by (40) Journal of Cleaner Production Volume 289, 20 March 2021, 125129 Review Pre-treatment of used cooking oils for the production of green chemicals: A review Juliana Cárdenas a b , Alvaro Orjuela a , David L. Sánchez c , Paulo C. Narváez a , Benjamin Katryniok b , James Clark d
The QI'E of used cooking oils | Journey to Zero
- Production Capacity: 100% cooking oil press machine
- Model Number: 6YL
- Voltage: 220V/380V/440V
- Power(W): 5.5~18.5KW
- Dimension(L*W*H): 1950*1300*1900, according to the capacity
- Weight: 950KG
- oil production machine: cooking oil presser
- used for: cooking oil presser oil production machine
- Application: oil production machine
- Common capacity: 80-600kg/h
- Character: oil production machine
- decoloring time: 15-20min
- Moisture: 3%
- residual oil in cake: 2%
Hemery explains the process that turns the waste product into something new: “First, the used cooking oil is cleaned in pretreatment units to remove impurities. Then, at the refinery, it can be converted into renewable diesel, sustainable aviation fuel and other renewable products using our unique NEXBTL technology.”
Hydrated metal salt pretreatment and alkali catalyzed reactive distillation: A two-step production of waste cooking oil biodiesel - ScienceDirect
- Model Number: 30-200TPD
- Name: Peanut Oil Solvent Extraction Produciton Machine
- Application: oil extracted
- Residual oil in meal: less than 1%
- Power consumption: not more than 15KWh/T
- Solvent consumption: less than 2kg/t
- Crude oil moisture and volatile matter: ≤ 0.30%
- Finished meal moisture: ≤ 13% (adjustable)
- Residual solvent in finished meal: ≤300PPM (qualified detonated experiment)
- Steam consumption: ≤ 280KG/T (0.8MPa)
In this work, a novel method was proposed for the conversion of waste cooking oil into biodiesel. A two-step approach based on a pretreatment with AlCl 3 •6H 2 O to convert FFA into the relevant methyl esters, followed by the complete transesterification of glycerides, under KOH catalysis in a reactive distillation column, was considered.
Conversion efficiencies of fuel pathways for Used Cooking Oil - studio Gear Up
- Production Capacity: 10TPD
- Voltage: 220V380V
- Dimension(L*W*H): 1.2*0.78*1.1m
- Weight: 300 KG
- Core Components: Motor, Pressure vessel, PLC
- Oil item: cashew nut safflower oil press machines expellers
- Method to press: : Screw Squeezed Press
- Raw material: Vegetable Seeds Oil Press Machine
- Application range: kernel oil press machine shell palm screw oil press production line
- Function: cashew nut safflower oil press
- Oil cake diameter: : 192mm
- Advantage: High Oilput
- Product name: oil making machine
Vegetable oils can be co-processed in existing mineral oil refineries up to a fraction of about 5-10% simultaneous with the otherwise fossil feedstock UCO-HEFA “Sustainable Aviation Fuel” Via a complex process, vegetable oils are converted to be used in 50%
Pretreatment Methods in Biodiesel Production Processes
- Production Capacity: 50-800kg
- Voltage: 110V-220V
- Dimension(L*W*H): 50*22*29cm
- Weight: 13 KG
- Warranty of core components: 2 years
- Core Components: Motor, Gear, Gearbox, Other
- Oil Material: : stainless steel
- Power / Wattage: 1800 W
- Speed: 60 RPM
- Maximum oil quantity at once: 1501 ml and more
- Packaging dimensions: 59.69 x 37.46 x 27.94 cm
The chapter highlights the pretreatment methods to utilize and convert the FFAs from various feedstocks to biodiesel and presents the advantages and limitations of using enzymes and conventional catalysts, distillation, blending, and glycerolysis methods to lower FFAs in the feedstocks. An overview on the current status of biodiesel production