Specialty Extraction

Solid-Liquid Extraction Solutions

Advanced Extraction Technology for a Wide Range of Industrial Applications

Mehar Engineering provides advanced Solid-Liquid Extraction Solutions designed to efficiently recover valuable oils, extracts, and active compounds from a wide variety of raw materials. Backed by extensive experience in oilseed processing and industrial extraction technologies, we deliver customized solutions that ensure high extraction efficiency, consistent product quality, and reliable plant performance.

Our engineering team works closely with customers to develop the most effective extraction process based on the unique characteristics of each feedstock. From laboratory testing and pilot-scale trials to complete commercial production plants, we offer end-to-end support to ensure optimum process performance and maximum product recovery.

Our solid-liquid extraction systems are suitable for processing a diverse range of materials, including:

• Oil sands
• Oily sludge
• Spent Bleaching Earth (SBE)
• Hemp
• Spices
• Herbs
• Crushed tobacco leaves
• Perilla seeds
• Other specialty oil-bearing and botanical materials

Each extraction system is carefully engineered to maximize recovery rates, reduce solvent consumption, improve operational efficiency, and maintain product quality while meeting environmental and safety standards.

Key Benefits

• Complete turnkey solid-liquid extraction solutions
• Customized process design for different raw materials
• Laboratory testing, pilot trials, and commercial-scale production
• High extraction efficiency and maximum product recovery
• Energy-efficient and cost-effective operation
• Reliable, safe, and environmentally responsible technology
• Suitable for a wide range of industrial and specialty applications
• Complete engineering, installation, commissioning, and technical support

With decades of engineering expertise, Mehar Engineering delivers innovative Solid-Liquid Extraction Plants that help industries improve extraction efficiency, optimize resource utilization, and achieve sustainable, long-term production success.