Saved Papers

Save papers so you can find them more easily!

Join Now

Get instant access to over 100,000 papers.

Join Now!

Membrane Separation Technology In The Food Industry

Introduction

The current food industry has come about through generations of cultural and technological developments, involving many aspects from food production to processing to retail before reaching the consumer. In this day and age, the highest level of quality and safety are expected from food products, and the market for value-added foods is ever-increasing. As such, much research has been spent in food processing to ensure maximum benefit and satisfaction for the consumer. Membrane separation technology is a prominent figure in ensuring that food meets those requirements, and is hence a much researched topic, advancements occurring constantly to improve the technology and make it as efficient and economical as possible.



History of membrane filtration

Separation technology is basically the division of different components within a sample. These include distillation and other forms involving heat treatment, but in the food industry, the use of excessive heat may......


View the rest of this paper...

Approximate Word Count: 1702
Approximate Pages: 7 (250 words per double-spaced page)

Why should you join Frat Files?

  • - It's safe, secure, and private.
  • - Instant access to over 100,000 papers. New papers are added hourly.
  • - Fast and reliable customer support.

Credit Card

PayPal

Bank Account

Similar Essays

  1. Membrane Separation Technology In The Food Industry

    Membrane Separation Technology in the Food Industry Introduction The current food industry has come about through generations of cultural and technological developments, involving

  2. Production Of Hydrogen From Lpg

    include pressure swing adsorption (PSA), cryogenic separation and membrane gas separation. Some industrial processes with relatively small hydrogen requirements may choose to

  3. Alternative Energies: Waves Of The Future

    in solar power hinted toward $2 per watt to be the magic number. [9] However, technology has improved since then. Production techniques have dropped in cost, and

  4. Laboratory Safety Manual

    these agents may include accidental autoinnoculation, ingestion, and skin or mucous membrane exposure to infectious materials. Procedures with high aerosol potential that may