As the demand for fuel ethanol grows, technology for production of fuel ethanol becomes critical. Some of the key considerations while selecting the right technology would be:

• How futuristic is the technology so that it will remain current for a long time and you will not be required to upgrade it constantly
• How does it build upon your current facilities so that your investment in fuel ethanol plant is minimal.
• Does it take care of your energy bill
• Can the technology handle a wide spectrum of raw materials
• Is the technology robust

The EcoMol Molecular Sieve Technology offers you comfort on all the above factors. When it comes to Ethanol Dehydration Plants based on Molecular Sieve Technology, you will get the advantage of experience based on largest number of installations.

• Constant product quality
• Lowest Energy Consumption
• Maximum Alcohol Recovery
• High turndown ratio
• Automation and Control system
• Longer dessicant life

Why is it a better Technology? Fast de-pressurization of bed during regeneration may cause the bed to fluidize, crushing the molecular sieve beads. The MolSieve bed offered by Praj is designed for gentle movement, thus ensuring longer desiccant life. Depending on the requirement, Praj can supply skid mounted units for smaller capacities which are easy to install.

Praj is a leading ethanol technology, plant & equipment supplier, worldwide. Praj offers fermentation, distillation, evaporation and wastewater treatment solutions for a wide spectrum of feedstock including cane molasses, cane juice and syrup, beet juice and starch based raw material including grains and tubers.

Services and Supplies include

• Process Engineering
• Supply of Equipment
• Supervision of Installation
• Commissioning
• Training
• After sales Service

We are with you every step of the way…during the plant installation…and beyond.

• Special features of PRAJ's Biodiesel Technology
• Wide range of standard capacities: 100 to 500 MT/Day.
• Continuous operation with synchronized unit systems.
• Flexibility to operate with Multiple vegetable oil feedstocks.
• Modular specific pre-treatments depending on the type of feed oil.
• Choice of FFA neutralization vs. conversion to biodiesel.
• Proprietary High efficiency cascade trans-esterification process, based on reaction kinetics.
• Advanced distillation / evaporation designs - Biodiesel-glycerol separation, Biodiesel drying and methanol recovery.
• Reduced operations for centrifugal separations.
• High Biodiesel yields with minimum losses. Low consumption of chemicals.
• In-plant integration to minimize energy & fresh water needs.
• Negligible waste-water due to in-process water recycle.
• High purity glycerol as by-product. · Conformance to ASTM/ EN standards for product biodiesel.
  

Detailed Engineering

• Highly specialized and experienced professionals
• Advanced designs of equipment, instrumentation and electrical systems
• Compliance to a variety of design codes
• Integrated approach

Equipment Manufacturing

• Dedicated fabrication facilities for equipment and systems
• High quality and advanced practices in forming assembly and welding
• Well-equipped bases for skids with piping, instruments and electrical systems
• Pre-testing facilities for check-ups before despatch

Project Management

• Experienced project teams for different regions
• Networking for local project execution arrangements
• Assistance and support for local permitting norms
• Well laid specifications and assistance for peripheral systems and utilities
• Advanced methods for project planning and execution logic.