used oil recycling plant

Multi-Feedstock Bio-Diesel Plants: High-Grade Fuel from a Variety of Spent Oils
Developing alternatives to fossil fuels is one of the greatest challenges facing mankind this century. ADVANCE BIOFUEL has made extensive efforts in the research and development of revolutionary processes for the production of bio-diesel. Our Standard technology makes it possible to produce valuable bio-diesel from cheap raw materials and oil waste (in line with quality BIS standards 15607:2016 and ASTM-DEN OF IS1448).
Greater Quantities of Bio-Diesel
The advantage of our Standard process is that it is possible to use unpurified raw oils, resulting in far greater quantities of bio-diesel than in traditional processes. The process has been perfected so that not only the desired bio-diesel, but also numerous by-products (e.g. agricultural fertilisers, pharmaceutical raw materials) are commercial sable.
Multi-Feedstock Bio-Diesel Plants: High-Grade Fuel from a Variety of Spent Oils
Developing alternatives to fossil fuels is one of the greatest challenges facing mankind this century. ADVANCE BIOFUEL has made extensive efforts in the research and development of revolutionary processes for the production of bio-diesel. Our Standard technology makes it possible to produce valuable bio-diesel from cheap raw materials and oil waste.
Greater Quantities of Bio-Diesel
The advantage of our Standard process is that it is possible to use unpurified raw oils, resulting in far greater quantities of bio-diesel than in traditional processes. The process has been perfected so that not only the desired bio-diesel, but also numerous by-products (e.g. agricultural fertilisers, pharmaceutical raw materials) are commercial sable.
Efficiency Thanks to Flexible Feed
The multi-feedstock bio-diesel plant makes it possible to process not only unpurified rapeseed oil, but a diverse range of spent cooking oils, spent cooking fat, fatty acids and other vegetable oils (cottonseed oil, corn oil, etc.) of varying quality (FFA content). Whichever raw materials are cheapest under the given market and price conditions can be used. Description of the bio-diesel process 
Made-to-Measure Plants
In line with our customers requirements, we can plan, develop and construct multi-feedstock bio-diesel plants of any size. Currently, plants with an annual output of up to 250,000 t of bio-diesel are in operation. Advance Biofuels decades of experience in the construction of industrial plants, coupled with innovative technology derived from our in-house research and development activities, ensure utmost reliability and efficiency in the implementation of projects.

Advantages

Greater bio-diesel output (profitability) through the exploitation of by-product flows

Use of waste materials as well as low-quality and therefore cheap raw materials (cooking oils, animal fats, spent oils, spent fat)

Low production costs thanks to a regenerable catalyser

Simple additional/upgrade module for all existing ester interchange technologies

Mobile container plant up to 9000

Simple connection and operations

Bespoke solutions possible

Amortisation within three years

• Item Code: ABSMP6002
• Production Capacity: 100
• Delivery Time: 90 DAYS
• Packaging Details: INDUSTRIAL

Biotexus Energy Private Limited is a company that specializes in the setup and operation of oil refinery plants, as well as the supply of plant machinery for such plants. The company offers a range of services related to oil refinery plants, including design, construction, installation, and maintenance of the plants. Biotexus Energy Private Limited also supplies various types of machinery required for the operation of oil refinery plants, including distillation columns, reactors, heat exchangers, pumps, and valves. The company has a team of experienced engineers and technicians who ensure that the plants and machinery are of high quality and operate efficiently. Biotexus Energy Private Limited is committed to providing its customers with reliable and cost-effective solutions for their oil refinery plant requirements.

• Item Code: ABORP
• Production Capacity: 100 units
• Delivery Time: 90 DAYS
• Packaging Details: INDUSTRIAL STANDARD

Multi-Feedstock Bio-Diesel Plants: High-Grade Fuel from a Variety of Spent Oils
Developing alternatives to fossil fuels is one of the greatest challenges facing mankind this century. ADVANCE BIOFUEL has made extensive efforts in the research and development of revolutionary processes for the production of bio-diesel. Our Standard technology makes it possible to produce valuable bio-diesel from cheap raw materials and oil waste (in line with quality BIS standards 15607:2016 and ASTM-DEN OF IS1448).
Greater Quantities of Bio-Diesel
The advantage of our Standard process is that it is possible to use unpurified raw oils, resulting in far greater quantities of bio-diesel than in traditional processes. The process has been perfected so that not only the desired bio-diesel, but also numerous by-products (e.g. agricultural fertilisers, pharmaceutical raw materials) are commercial sable.
Multi-Feedstock Bio-Diesel Plants: High-Grade Fuel from a Variety of Spent Oils
Developing alternatives to fossil fuels is one of the greatest challenges facing mankind this century. ADVANCE BIOFUEL has made extensive efforts in the research and development of revolutionary processes for the production of bio-diesel. Our Standard technology makes it possible to produce valuable bio-diesel from cheap raw materials and oil waste.
Greater Quantities of Bio-Diesel
The advantage of our Standard process is that it is possible to use unpurified raw oils, resulting in far greater quantities of bio-diesel than in traditional processes. The process has been perfected so that not only the desired bio-diesel, but also numerous by-products (e.g. agricultural fertilisers, pharmaceutical raw materials) are commercial sable.
Efficiency Thanks to Flexible Feed
The multi-feedstock bio-diesel plant makes it possible to process not only unpurified rapeseed oil, but a diverse range of spent cooking oils, spent cooking fat, fatty acids and other vegetable oils (cottonseed oil, corn oil, etc.) of varying quality (FFA content). Whichever raw materials are cheapest under the given market and price conditions can be used. Description of the bio-diesel process 
Made-to-Measure Plants
In line with our customers requirements, we can plan, develop and construct multi-feedstock bio-diesel plants of any size. Currently, plants with an annual output of up to 250,000 t of bio-diesel are in operation. Advance Biofuels decades of experience in the construction of industrial plants, coupled with innovative technology derived from our in-house research and development activities, ensure utmost reliability and efficiency in the implementation of projects.

Advantages

Greater bio-diesel output (profitability) through the exploitation of by-product flows

Use of waste materials as well as low-quality and therefore cheap raw materials (cooking oils, animal fats, spent oils, spent fat)

Low production costs thanks to a regenerable catalyser

Simple additional/upgrade module for all existing ester interchange technologies

Mobile container plant up to 9000

Simple connection and operations

Bespoke solutions possible

Amortisation within three years

Multi-Feedstock Bio-Diesel Plants: High-Grade Fuel from a Variety of Spent Oils
Developing alternatives to fossil fuels is one of the greatest challenges facing mankind this century. ADVANCE BIOFUEL has made extensive efforts in the research and development of revolutionary processes for the production of bio-diesel. Our Standard technology makes it possible to produce valuable bio-diesel from cheap raw materials and oil waste (in line with quality BIS standards 15607:2016 and ASTM-DEN OF IS1448).
Greater Quantities of Bio-Diesel
The advantage of our Standard process is that it is possible to use unpurified raw oils, resulting in far greater quantities of bio-diesel than in traditional processes. The process has been perfected so that not only the desired bio-diesel, but also numerous by-products (e.g. agricultural fertilisers, pharmaceutical raw materials) are commercial sable.
Multi-Feedstock Bio-Diesel Plants: High-Grade Fuel from a Variety of Spent Oils
Developing alternatives to fossil fuels is one of the greatest challenges facing mankind this century. ADVANCE BIOFUEL has made extensive efforts in the research and development of revolutionary processes for the production of bio-diesel. Our Standard technology makes it possible to produce valuable bio-diesel from cheap raw materials and oil waste.
Greater Quantities of Bio-Diesel
The advantage of our Standard process is that it is possible to use unpurified raw oils, resulting in far greater quantities of bio-diesel than in traditional processes. The process has been perfected so that not only the desired bio-diesel, but also numerous by-products (e.g. agricultural fertilisers, pharmaceutical raw materials) are commercial sable.
Efficiency Thanks to Flexible Feed
The multi-feedstock bio-diesel plant makes it possible to process not only unpurified rapeseed oil, but a diverse range of spent cooking oils, spent cooking fat, fatty acids and other vegetable oils (cottonseed oil, corn oil, etc.) of varying quality (FFA content). Whichever raw materials are cheapest under the given market and price conditions can be used. Description of the bio-diesel process 
Made-to-Measure Plants
In line with our customers requirements, we can plan, develop and construct multi-feedstock bio-diesel plants of any size. Currently, plants with an annual output of up to 250,000 t of bio-diesel are in operation. Advance Biofuels decades of experience in the construction of industrial plants, coupled with innovative technology derived from our in-house research and development activities, ensure utmost reliability and efficiency in the implementation of projects.

Advantages

Greater bio-diesel output (profitability) through the exploitation of by-product flows

Use of waste materials as well as low-quality and therefore cheap raw materials (cooking oils, animal fats, spent oils, spent fat)

Low production costs thanks to a regenerable catalyser

Simple additional/upgrade module for all existing ester interchange technologies

Mobile container plant up to 9000

Simple connection and operations

Bespoke solutions possible

Amortisation within three years

Essential oils are concentrated liquids that contain volatile aroma compounds from plants. They are typically extracted through methods like steam distillation or cold pressing. Each essential oil has a unique combination of chemical compounds that give it a distinct scent and potential therapeutic properties.

 common plants used to extract essential oils:

 1. Lavender (Lavandula angustifolia):

   - Description: Lavender is a fragrant herb with slender stems, gray-green leaves, and spikes of purple-blue flowers. It's known for its calming and soothing properties.

   - Essential Oil Characteristics: Lavender essential oil has a sweet, floral, and slightly herbaceous aroma.

 2. Tea Tree (Melaleuca alternifolia):

   - Description: The tea tree is a small tree or shrub with narrow, pointed leaves and small white flowers. It is native to Australia and is known for its antibacterial properties.

   - Essential Oil Characteristics: Tea tree essential oil has a strong, medicinal, and slightly camphoraceous scent.

 3. Eucalyptus (Eucalyptus globulus):

   - Description: Eucalyptus trees are tall evergreens with long, narrow leaves and distinctive gum nuts. They are native to Australia but are now grown in various parts of the world.

   - Essential Oil Characteristics: Eucalyptus essential oil has a fresh, camphoraceous scent with a hint of sweetness.

 4. Peppermint (Mentha x piperita):

   - Description: Peppermint is a hybrid mint plant with serrated, dark green leaves and purple stems. It has a strong, cooling effect when applied topically.

   - Essential Oil Characteristics: Peppermint essential oil has a minty, sharp, and refreshing aroma.

 5. Lemon (Citrus limon):

   - Description: The lemon tree is an evergreen tree with glossy, dark green leaves and fragrant white flowers. It bears bright yellow, sour fruits.

   - Essential Oil Characteristics: Lemon essential oil has a clean, citrusy, and uplifting scent.

 6. Rosemary (Rosmarinus officinalis):

   - Description: Rosemary is an aromatic herb with needle-like leaves and small, pale blue flowers. It's known for its culinary uses and invigorating properties.

   - Essential Oil Characteristics: Rosemary essential oil has a strong, herbaceous, and woody scent.

 

7. Frankincense (Boswellia serrata):

   - Description: Frankincense is a resin obtained from the Boswellia tree. The tree has papery bark and is native to arid regions of India and Africa.

   - Essential Oil Characteristics: Frankincense essential oil has a warm, woody, and slightly sweet aroma with hints of spice.

 8. Chamomile (Matricaria chamomilla):

   - Description: Chamomile is a daisy-like flower with white petals and a yellow center. It's often used for its calming and anti-inflammatory properties.

   - Essential Oil Characteristics: Chamomile essential oil has a sweet, fruity, and herbaceous scent.

• Item Code: BETESOP5005
• Production Capacity: 10
• Delivery Time: 120DYAS
• Packaging Details: INDUSTRIAL STANDARD PACKAGING

As EPC contractor, we undertake all the activities from design, procurement, construction, commissioning to handover of the complete re-refinery plant to our esteemed customers.

Every re-refinery plant customer has custom requirement. We implement the latest 3-D modeling tools to design every re-refinery plant. This enables us to complete the entire plant building procedure in the most accurate and timely manner. Our tested and proven Re-Refining plant process technology provides maximum yield from the used waste lube oil, Engine oil, lubricant (Black Oil) in an environmentally friendly manner. The process plants that we build for you are pre-assembled, pre-insulated, pre-wired and ready for installation and commissioning.

Oil re-refinery plant company like BIOTEXUS has developed state-of-the-art, proprietary technology known as ADVANCE-Wiped-Film-Evaporation (AWFE) to produce higher process efficiencies by minimizing bottom components and maximizing reclamation/regeneration of the useful ingredients from the used lube oil. AWFE technology can extend the yields of saleable products up to 95% – 97% of the used oil feed. The high yield in the AWFE process is due to innovative equipment design and design optimizations of the process. AWFE process is acid-free, solvent-free, and sludge-free. The bottom residue generated in the process can also be sold as a finished product, such as an asphalt/bitumen modifier. AWFE adapts very well to feedstock variabilities such as used lube oils containing a high amount of water, low boilers, additives, transformer oils, turbine oils, and hydraulic and synthetic oils.

Complete Automation, PLC Control, and SCADA-based process enable a safe and smooth plant operation with minimum manpower, in an environment-friendly manner.

THE PROCESS OUTPUTTHE PROCESS OUTPUT77% of Base Oil ( SN 80, SN 150, 300, 400-500)4% Diesel, Naphtha & Light Oil14% of residue (Asphalt)4% water1% process losses

• Item Code: ABLORP09
• Production Capacity: 100
• Delivery Time: 3 TO 4 MONTHS
• Packaging Details: AS PER THE INDUSTRIALS STANDARD

Introducing our state-of-the-art Ethanol Production Plant, a beacon of sustainability and innovation in the realm of renewable energy. This cutting-edge facility harnesses the power of nature to produce high-quality ethanol, a versatile and eco-friendly biofuel that reduces greenhouse gas emissions and promotes a cleaner, greener future.

 Key Features:

 

 1. Advanced Ethanol Production Technology: Our plant boasts the latest in ethanol production technology, ensuring maximum efficiency and yield. From fermentation to distillation, every step is meticulously optimized for top-tier ethanol output.

 

 2. Sustainable Feedstock Sourcing: We prioritize sustainability by using a diverse range of renewable feedstocks such as corn, sugarcane, switchgrass, and other agricultural residues. This minimizes environmental impact and supports local farming communities.

 

 3. Carbon-Neutral Operations: Our plant is designed with a holistic approach to sustainability. Through a combination of energy-efficient processes, carbon capture, and renewable energy sources, we aim to achieve net-zero carbon emissions, making our ethanol production process a model of environmental responsibility.

 

 

4. Quality Assurance & Compliance: We adhere to the highest industry standards and undergo rigorous quality control measures. Our ethanol undergoes extensive testing to ensure it meets or exceeds regulatory requirements, guaranteeing a premium product for our customers.

 

5. Versatile Applications: Our ethanol is a versatile biofuel suitable for a wide range of applications, including blending with gasoline, as a fuel additive, and as a base for various chemical and industrial processes.

 6. Community Engagement: We are committed to being a responsible corporate citizen. Our plant actively engages with local communities, fostering partnerships, creating jobs, and contributing to economic growth.

 

 7. Continuous Innovation & Research: We are dedicated to pushing the boundaries of ethanol production. Our team of experts continuously explores new technologies and techniques to further improve efficiency and sustainability.

 

 8. Global Impact: By choosing our ethanol, you're not only investing in a high-quality biofuel, but also in a cleaner, more sustainable planet. You're helping reduce dependence on fossil fuels and mitigating climate change on a global scale.

 

 Embrace a future powered by sustainable energy with our Ethanol Production Plant. Join us in revolutionizing the energy landscape and together, let's create a world that thrives on renewable, responsible solutions.

 

• Item Code: ABEP3004
• Production Capacity: 100
• Delivery Time: 180 DAYS
• Packaging Details: INDUSTRIAL STANDARD