Oil Recycling

OIL RECYCLING PROJECT PROCEDURE

We specialize in the collection, treatment, and recycling of used oils for industries, businesses, and communities. Through safe, efficient, and eco-friendly processes, we help reduce pollution and promote responsible waste management.

Who are we

WIREN is a forward-thinking company providing sustainable oil recycling solutions. We collect, treat, and recycle used oil—turning waste into valuable resources while reducing environmental impact. Our mission is to deliver safe, efficient, and eco-friendly waste management solutions for industries, businesses, and communities.

With a strong focus on quality, compliance, and sustainability, WIREN follows reliable recycling processes that meet industry standards. We deliver solutions that protect the environment while creating value for our clients—building a cleaner, greener future.

Our Mission

To provide sustainable and efficient oil recycling solutions that reduce environmental impact, promote resource conservation, and support the mining industry’s commitment to responsible production. We strive to reclaim used oil into high-quality base oil and diesel, ensuring the longevity of natural resources and contributing to a circular economy.

Our Vision

To be a leading innovator in industrial oil recycling, setting the standard for sustainable practices in the mining sector. We envision a future where every drop of used oil is transformed into valuable resources, fostering environmental stewardship and advancing eco-friendly industrial operations.

RECYCLINGPROCESS

COLLECTION AND TRANSPORTATON

Site Assessment: Evaluate the mining site to determine oil collection needs and safety protocols, Oil Collection: Used oil is collected from machinery and storage units using secure vacuum trucks and oil drums and Safe Transportation: The collected oil is transported in sealed containers to prevent spillage and environmental contamination.

PRE-TRATMENT (DEHYDRATION AND DECONTAMINATION

Settling: Oil is transferred into settling tanks to separate water and heavy solids naturally. Centrifugal Separation: A centrifuge is used to remove finer sludge and particles. Filtration: The oil passes through multi-layered filtration systems to eliminate impurities. Heating: The pre-treated oil is gently heated to evaporate residual moisture.

VACUUM DISTILATION

Distillation Process: The dehydrated oil undergoes vacuum distillation, where it's heated under low pressure to separate it into distinct fractions. Base Oil Separation: Heavier fractions are collected as base oil. Diesel Fraction Extraction: Lighter fractions are extracted for potential diesel production.

REFINING AND HYDRO-TREATMENT

Hydro-Treatment: Base oil and diesel fractions are treated with hydrogen to remove contaminants like sulfur and nitrogen. Polishing: The oil undergoes further filtration and refining to enhance quality and stability

FINAL PROCESSING AND STORAGE

Quality Testing: Each batch is tested to ensure it meets industry standards for purity and performance. Final Filtration: A final micro-filtration process ensures product consistency. Storage: Refined base oil and diesel are securely stored in specialized tanks for distribution.

WASTE MANAGEMENT

Residue Handling: Sludge and waste by-products are processed for safe disposal or further treatment. Water Treatment: Any wastewater generated is treated to prevent environmental contamination. Compliance Checks: Regular audits ensure all waste management practices meet environmental regulations.

TRANSFORMER SAMPLING

Effective transformer oil analysis depends on high-quality, consistent sampling. Samples should be taken from a clearly labeled point where oil is active, using the same location each time for accurate results. Regular oil analysis helps detect early issues, prevent unexpected outages, and assess the condition of equipment, oil, and insulation. It is essential for maintaining critical oil-filled electrical equipment such as transformers, circuit breakers, and voltage regulators.

TRANSFORMER PURIFICATION

Simply means check / monitoring health of the equipment.

Benefits:
– Reliability
– Cost efficient
– Removal of unwanted parts
– Knowing the real safety risks ahead (air conditioning, analysis) Reliability
– Equipment will run for long without being on breakdown.
Cost efficiency:
– Knowing before failure
– Reduced in oil change
– Reduced in introduction of foreign materials
Analysis:
– Determining condition of the equipment
– Acidity, moisture, strength, power, interfacial, dissolved gases, polymerization and
other pollutants.