PQI Feedstock
Cattle Manure
1. Collection:
- Cattle manure is collected from responsible livestock farms with a focus on ethical and sustainable farming practices.
- The collection process ensures the proper separation of manure from contaminants to maintain the quality of the feedstock.
2. Transportation:
- Collected manure is transported to our processing facility using eco-friendly and efficient methods to minimize environmental impact.
- Proper handling and transportation ensure that the manure arrives at the facility in optimal condition.
3. Initial Sorting and Screening:
- Upon arrival, the manure undergoes an initial sorting process to remove any large debris or non-organic materials.
- Screening helps in separating solid components, making the material suitable for further processing.
4. Anaerobic Digestion:
- The sorted manure is then subjected to anaerobic digestion, a controlled decomposition process that produces biogas.
- Biogas, primarily composed of methane, is captured and stored for energy use.
5. Separation of Solid and Liquid Fractions:
- The digested material is further processed to separate solid and liquid fractions.
- The liquid fraction, rich in nutrients, can be used as a valuable fertilizer, contributing to sustainable agriculture practices.
6. Drying and Conditioning:
- The separated solid fraction undergoes a drying process to reduce moisture content and improve the stability of the feedstock.
- Conditioning ensures that the final product meets quality standards for biofuel production.
7. Quality Control:
- The processed cattle manure undergoes rigorous quality control checks to ensure it meets industry standards and regulatory requirements.
- Quality control measures include testing for moisture content, nutrient levels, and the absence of contaminants.
8. Packaging:
- The final processed cattle manure is packaged in eco-friendly and sustainable materials, ready for distribution.
- Packaging is designed to preserve the integrity of the feedstock during transportation.
9. Customer Delivery:
- Packaged feedstock is delivered to customers, adhering to a reliable and efficient distribution network.
- Delivery methods prioritize sustainability and environmental responsibility.
By meticulously following these steps, we ensure that our cattle manure feedstock is of the highest quality, contributing to sustainable energy solutions and environmentally friendly practices.
Choose our premium cattle manure feedstock, a sustainable and nutrient-rich solution for your biofuel and agricultural needs, embodying our commitment to excellence from farm to facility to your doorstep.
Used Cooking Oil
1. Collection:
- Used Cooking Oil is collected from various sources such as restaurants, commercial kitchens, and food processing units.
- The collection process involves proper storage and transportation to ensure the oil remains uncontaminated.
2. Initial Inspection:
- Upon arrival at our processing facility, the used cooking oil undergoes an initial inspection to assess its quality.
- Inspections involve checking for impurities, water content, and other contaminants.
3. Filtration:
- The collected oil is then subjected to a thorough filtration process to remove any solid particles or impurities.
- Filtration enhances the purity of the used cooking oil, making it suitable for further processing.
4. Deacidification:
- Deacidification is carried out to reduce the acidity of the oil, improving its stability and quality.
- This step contributes to the production of a cleaner and more refined feedstock.
5. Transesterification:
- The oil undergoes transesterification, a chemical process where triglycerides are converted into biodiesel.
- This stage is crucial for transforming used cooking oil into a viable biofuel feedstock.
6. Separation of Biodiesel and Glycerol:
- Following transesterification, the biodiesel is separated from glycerol, a byproduct of the chemical reaction.
- The separated biodiesel undergoes additional refining processes for quality enhancement.
7. Quality Control:
- Rigorous quality control checks are conducted throughout the process, ensuring the feedstock meets industry standards.
- Testing involves assessing the biodiesel for purity, chemical composition, and adherence to regulatory specifications.
8. Storage:
- The processed biodiesel is stored in appropriate containers, maintaining its quality until it is ready for distribution.
- Proper storage conditions are essential to preserve the integrity of the feedstock.
9. Packaging:
- The final biodiesel feedstock is packaged in eco-friendly and secure containers suitable for transportation.
- Packaging ensures the safe and efficient delivery of the feedstock to customers.
10. Customer Delivery:
- Packaged biodiesel feedstock is delivered to customers through a reliable and efficient distribution network.
- Delivery methods prioritize sustainability and environmental responsibility.
By meticulously following these steps, we ensure that our Used Cooking Oil feedstock is transformed into high-quality biodiesel, contributing to sustainable energy solutions and reducing environmental impact.
Unlock sustainable energy potential with our premium Used Cooking Oil feedstock, meticulously processed from source to delivery, embodying our commitment to environmental responsibility and quality excellence.
Soybean Oil
1. Sourcing:
- Soybean oil begins its journey with responsible sourcing from reputable suppliers and soybean farms committed to sustainable and ethical practices.
2. Extraction:
- The extraction process involves mechanically pressing or solvent extraction to obtain oil from soybeans.
- This stage ensures the initial extraction of high-quality soybean oil.
3. Refining:
- The raw soybean oil undergoes refining processes, including degumming, neutralization, and bleaching.
- These processes remove impurities, enhance color, and improve the stability of the oil.
4. Deodorization:
- The refined oil is then deodorized to remove any remaining odor or flavor compounds, ensuring a neutral and versatile feedstock.
5. Transesterification:
- Soybean oil undergoes transesterification, a chemical process that converts triglycerides into biodiesel.
- This crucial step transforms soybean oil into a valuable biofuel feedstock.
6. Separation of Biodiesel and Glycerol:
- After transesterification, the biodiesel is separated from glycerol, a byproduct of the chemical reaction.
- The separated biodiesel undergoes further refinement for quality enhancement.
7. Quality Control:
- Rigorous quality control checks are implemented throughout the process, ensuring the feedstock meets industry standards.
- Testing involves assessing the biodiesel for purity, chemical composition, and adherence to regulatory specifications.
8. Storage:
- The processed biodiesel is stored in appropriate containers, maintaining its quality until it is ready for distribution.
- Proper storage conditions are crucial to preserve the integrity of the feedstock.
9. Packaging:
- The final biodiesel feedstock is packaged securely in environmentally friendly containers suitable for transportation.
- Packaging ensures the safe and efficient delivery of the feedstock to customers.
10. Customer Delivery:
- Packaged biodiesel feedstock is delivered to customers through a reliable and efficient distribution network.
- Delivery methods prioritize sustainability and environmental responsibility.
By following these steps meticulously, we ensure that our Soybean Oil feedstock is transformed into high-quality biodiesel, contributing to sustainable energy solutions while meeting the highest industry standards.
Elevate your sustainability journey with our premium Soybean Oil feedstock – a testament to our commitment to excellence, from farm to facility, ensuring a greener and more efficient energy future for industries worldwide.
Agricultural/Farm Waste
Waste Collection:
- Agricultural and farm waste, including crop residues and organic matter, is systematically collected from farms and agricultural regions.
2. Sorting and Separation:
- Upon arrival at the processing facility, the collected waste undergoes sorting to separate different types of materials, ensuring only suitable organic waste is processed.
3. Shredding:
- The sorted agricultural waste is shredded into smaller, uniform pieces, facilitating efficient processing and aiding in decomposition.
4. Anaerobic Digestion:
- The shredded waste is subjected to anaerobic digestion, a biological process where microorganisms break down organic matter, producing biogas and nutrient-rich digestate.
5. Biogas Capture:
- Biogas, primarily composed of methane, is captured during anaerobic digestion and can be used as a renewable energy source.
6. Digestate Treatment:
- The nutrient-rich digestate remaining after biogas capture is treated and processed further to enhance its quality for use as a valuable fertilizer.
7. Composting:
- Some agricultural waste, depending on its composition, may undergo composting, a natural process that transforms organic matter into nutrient-rich compost.
8. Quality Control:
- Rigorous quality control measures are implemented to ensure the processed agricultural waste meets industry standards and regulatory requirements.
9. Conversion to Biofuel Feedstock:
- Depending on the desired end product, a portion of the processed waste may undergo additional conversion processes to produce biofuel feedstock.
10. Packaging:
- The final product, whether nutrient-rich digestate or biofuel feedstock, is packaged securely in eco-friendly containers suitable for transportation.
11. Customer Delivery:
- Packaged agricultural waste products are delivered to customers through a reliable and efficient distribution network, prioritizing sustainability and environmental responsibility.
By carefully following these steps, we ensure that our Agricultural/Farm Waste feedstock is processed with efficiency, sustainability, and environmental responsibility, contributing to a circular and eco-friendly approach in the agricultural and energy sectors.
Choose our premium Agricultural/Farm Waste feedstock, a sustainable and nutrient-rich solution meticulously processed from farm to facility, embodying our commitment to excellence and fostering a greener and more sustainable agricultural and energy landscape.
Palm Oil
1. Sustainable Sourcing:
- Palm oil begins its journey with responsible sourcing from certified sustainable palm plantations, adhering to stringent environmental and ethical standards.
2. Harvesting:
- Mature palm fruits are harvested from the palm trees using sustainable practices to minimize environmental impact.
3. Fruit Sterilization:
- The harvested fruits undergo a sterilization process to prevent the growth of spoilage microorganisms, ensuring the quality of the palm oil.
4. Threshing:
- The sterilized fruits are then threshed to separate the palm fruit from the bunches, preparing it for extraction.
5. Oil Extraction:
- The palm oil is mechanically extracted from the fruit through pressing or solvent extraction methods, ensuring efficiency and high yield.
6. Refining:
- The raw palm oil undergoes refining processes, including degumming, neutralization, and bleaching, to remove impurities and enhance its quality.
7. Fractionation:
- Fractionation separates the palm oil into different fractions, such as olein and stearin, allowing for customization based on specific feedstock requirements.
8. Transesterification:
- The refined palm oil undergoes transesterification, a chemical process that converts triglycerides into biodiesel, making it a valuable biofuel feedstock.
9. Separation of Biodiesel and Glycerol:
- After transesterification, the biodiesel is separated from glycerol, a byproduct of the chemical reaction.
- The separated biodiesel undergoes additional refining processes for quality enhancement.
10. Quality Control:
- Rigorous quality control checks are implemented throughout the process, ensuring the feedstock meets industry standards.
- Testing involves assessing the biodiesel for purity, chemical composition, and adherence to regulatory specifications.
11. Storage:
- The processed biodiesel is stored in appropriate containers, maintaining its quality until it is ready for distribution.
- Proper storage conditions are crucial to preserving the integrity of the feedstock.
12. Packaging:
- The final biodiesel feedstock is packaged securely in environmentally friendly containers suitable for transportation.
- Packaging ensures the safe and efficient delivery of the feedstock to customers.
13. Customer Delivery:
- Packaged biodiesel feedstock is delivered to customers through a reliable and efficient distribution network.
- Delivery methods prioritize sustainability and environmental responsibility.
By adhering to these comprehensive steps, we ensure that our Palm Oil feedstock is transformed into high-quality biodiesel, contributing to sustainable energy solutions while meeting the highest industry standards.
Experience the pinnacle of sustainability with our premium Palm Oil feedstock, meticulously processed and delivered with a commitment to excellence, forging a path toward a greener and more efficient energy future.
Fats, Oils and Grease (F.O.G.)
1. Collection:
- F.O.G. is collected from various sources, including food processing plants, restaurants, and commercial kitchens.
- Collection methods ensure the separation of F.O.G. from other waste materials.
2. Initial Separation:
- The collected material undergoes an initial separation process to remove solid debris, food particles, and contaminants.
- This step is crucial for preparing the F.O.G. for further processing.
3. Heating and Melting:
- The separated F.O.G. is heated to melt the solid components, allowing for easier extraction of oils and greases.
- This process ensures the efficient extraction of valuable feedstock.
4. Centrifugation:
- The melted F.O.G. undergoes centrifugation to separate the oils and greases from water and other impurities.
- Centrifugation enhances the purity of the feedstock, making it suitable for biofuel production.
5. Filtration:
- The separated oils and greases undergo additional filtration to remove any remaining impurities and solid particles.
- Filtration contributes to the quality and clarity of the final feedstock.
6. Transesterification:
- The filtered F.O.G. undergoes transesterification, a chemical process that converts triglycerides into biodiesel.
- This critical step transforms F.O.G. into a valuable biofuel feedstock.
7. Glycerol Separation:
- Following transesterification, the biodiesel is separated from glycerol, a byproduct of the chemical reaction.
- Glycerol separation ensures the quality and purity of the final biodiesel feedstock.
8. Quality Control:
- Rigorous quality control measures are implemented throughout the process, including testing for purity, chemical composition, and adherence to industry standards.
9. Storage:
- The processed biodiesel feedstock is stored in suitable containers, maintaining its quality until it is ready for distribution.
- Proper storage conditions are crucial to preserve the integrity of the feedstock.
10. Packaging:
- The final biodiesel feedstock is packaged securely in environmentally friendly containers suitable for transportation.
- Packaging ensures the safe and efficient delivery of the feedstock to customers.
11. Customer Delivery:
- Packaged biodiesel feedstock is delivered to customers through a reliable and efficient distribution network.
- Delivery methods prioritize sustainability and environmental responsibility.
By adhering to these steps, we ensure that our Fats, Oils, and Grease feedstock is processed into high-quality biodiesel, contributing to sustainable energy solutions while meeting the highest industry standards.