advanced algae oil extraction machine in australia
- Use: cooking oil
- Product Name: cooking oil extraction machine
- Machine Type: oil extraction machine
- Oilseeds: cooking
- Production Capacity: 130~200kg/h,3-5T/D(Capacity can customized)
- Voltage: ac220v, 380V
- Dimension(L*W*H): 1100*1000*1750(mm)
Harvesting algae with separation technology from Flottweg
- Press Materials: cooking
- Machine Type: cooking oil extraction machine
- Voltage: 220V/380V
- Power: 2.5kw
- Measurement(L*W*H): 900*850*1550
- Gross Weight: 880kg
- Machine Material: 316 Stainless Steel
- Pressing tube Dia: 230mm
- Cake oil rate: 6%
- HS CODE: 8479200000
- Oil filter: 2
- Color: Clients' requirements
- Raw material: Soybean,sesame, olive, palm, coconut
- Movable: Yes
Home - Algae Harvest
- Product Using:produce cooking oil
- Machine Type: cooking oil extraction machine
- Voltage: 3P 380V 50/60Hz
- Power: 3KW
- Measurement(L*W*H): 3350*730*1630mm
- Gross Weight: 900 KG
- Application fields: Snack food factory, Commercial catering, Meat processing plants, Frozen food Factory, Dairy Products factory, cooking oil factory, Fruit processing plant, Flour mill, Beverage Factory, Cannery, Vegetable processing plant, Seasoning plant, Bakery, Winery
- Machinery Function: Multifunctional, High Capacity
- Raw material: Water, Fruit, Nuts, Wheat, Sunflower, Milk, Vegetables, Flour, Sunflower, Egg, Sugar
- Output Product name: Toast,Baguette,Loaf Bread,Breadstick,Hamburger Bun
- Core Components: Bearing, Motor, Pump, Gear, PLC, Gearbox, Pressure vessel, Engine
- Power Source: Electric/Gas
- Application: Big Canteen,Central Kitchen,Large Food Plants,Chain Restaurant
- Product name: Automatic Bread Making Machine
- Function: Multifunctional Bread Production Line
- Machine Material: Stainless Steel 304
- Advantage: Simple Operation and Efficient
- After Warranty Service(1): Video Technical Support,Online Support,Spare Parts
- After Warranty Service(2): Field Maintenance and Repair Service
- Certification: CE/ISO9001
- Packing: Standard Export Shipping Wooden Case
Algae Harvest holds exclusive rights to commercialise the body of intellectual property generated by Murdoch University’s Algae R&D Centre over the past 20 years. The Company aims to construct a micro-algae refinery utilising the optimal growing conditions in Western Australia. Development of the refinery will focus on utilising waste
A new technique to extract high-value bioactives such as Omega-3 fatty acids from single-cell algae oil has been described in a new paper authored by Australia’s Flinders University. The approach involves a direct reaction of algae oil extract with waste sulphur to produce enriched saturated triglycerides from sustainably produced algae oil.
Algenie
- Use: cooking oil
- Machine Type: cooking oil processing machine
- Voltage: 220V/110V
- Power: W
- Measurement(L*W*H): 39*17*20CM
- Gross Weight: 4.600kg
- Machine Material: 304 Stainless Steel
- Advantage: Simple Operation
- Function: Coconut Oil Pressing
- Feature: Automatic
- Workable Raw: Peanuts,Olives, Sesame,Sunflower Seed,Palm,etc.
- Pressing screw speed: 48r/min
- Motor Weight: 4.600kg
- Oil Extraction: 45%-50%
- Keep Working: 24h
The Algenie technology solves the problem of scaling algae Production economically. Algenie is a pioneer in groundbreaking algae Production technology, poised to revolutionise industry and dramatically disrupt our fossil fuel economy, enabling gigatonne removal of carbon from the atmosphere. Algenie have invented the world's first cost
Algae Oil Extraction: Understanding Small and Commercial Scale
- Press Materials: cooking
- Machine Type: oil extraction machine
- Voltage: 380V
- Measurement(L*W*H): 5600*1400*2300m
- Gross Weight: 1800 KG
- Core Components: Motor, Pump
- Machine Material: Stainess Steel
- Features: Degumming, deacidification, decolorization, deodorization
- Application: Crude Oil Refining
- Advantage: Energy Saving Low Residual
- Suitable for: Small Oil Workshop
One reason is algae oil extraction suffers from a lack of well-defined and demonstrated industrial-scale methods for extracting and separating of oils and lipids required for enabling biofuel Production. Existing algae oil extraction techniques are another stumbling block on the way to commercialization and are mainly suitable for analytical
- How is microalgae oil extracted?
- In the microalgae industry, the extraction of microalgae oil is an important process because it involves high energy consumption and high cost. At present, the main microalgae oil extraction methods are mechanical pressing , supercritical fluid extraction , enzyme extraction , and organic solvent extraction .
- How to extract biologically ac-tive compounds from algae?
- For the extraction of biologically ac-tive compounds from algae, diverse advanced approaches (e.g. solvent systems, sonication, ultrasound, microwave, enzymes, supercritical fluid, subcritical water) are investigated [1,5].
- How can algal extracts be extracted?
- Pro-duction of algal extracts by novel extraction techniques (supercritical fluid extraction, microwave-assisted extrac-tion, ultrasound-assisted extraction, enzyme-assisted ex-traction, pressurized liquid extraction) allows one to ob-tain products in a solvent-free environment that will be safe to plants, animals, and humans.
- Which solvent is used for microalgae oil extraction?
- Among all solvents that were used for the microalgae oil extraction, the polar single solvent system methanol achieved the optimal value (47.8% extraction yield) because the polar cell membrane was easily dissolved by the polar solvent. Hexadecanoic acid (38.54%) and docosanoic acid (54.39%) dominated in fatty acid of microalgae oil.
- How to choose the appropriate method of extraction of algal biomass?
- Summarizing, the final choice of the appropriate method of extraction depends on the source of algal biomass and the ex-tracted target compound. These methods have a significant po-tential for which degradation of the extracted biologically active compounds due to different extraction steps is minimized .
- How many solvents can be used to extract microalgae oil?
- Ramluckan et al. compared the impact of thirteen solvents in extracting microalgae oil and the result demonstrated the extraction yield using chloroform solvent was 10.8%, while the value was improved to 11.8% using binary solvent systems chloroform: methanol (1:1).
