challenges and its applications in food engineering – foodresearchlab
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Food engineering is a systematic, academic, and expert field that infers and smears science, engineering, and mathematics principles to food business and operations, including the processing, handling, storage, production, conservation, distribution, control, packaging for new product development in food industries. 1. Applications of food engineering 2. Current challenges To Continue Reading: https://bit.ly/3aK9QCe Contact us: Website: https://bit.ly/3ngxEkh Contact No: +919566299022 / +44- 74248 10299 Email: [email protected]TRANSCRIPT
Copyright © 2020 Food Research Lab. All rights reserved 1
Food Engineering- Current Challenges and its Applications
Dr. Nancy Agnes, Head,
Technical Operations, FoodResearchLab
In-Brief
Food process engineering implicates a
range of processes utilized in changing raw
agricultural supplies into shelf-stable, easy-
to-use, nutritious, and harmless foods.
Despite having many benefits, it has
challenges in this current world. Food
research lab explains the current
challenges and applications of food process
engineering in food industries
development.
Keywords:
New product development in food
industries, food industries development,
technological growth in food industries,
technological food development,
technological market development, food
development from technology, food
industrial development, recipe development
services, food product development, food
product industries, food product
companies, food and beverage industry,
food product development
I. INTRODUCTION
Food engineering is a systematic, academic,
and expert field that infers and smears
science, engineering, and mathematics
principles to food business and operations,
including the processing, handling, storage,
production, conservation, distribution,
control, packaging for new product
development in food industries.
Given its belief on food knowledge and
broader manufacturing disciplines such as
civil, chemical, industrial, electrical,
mechanical, and agricultural engineering,
food engineering is considered a
multidisciplinary and narrow field leads to
technological growth in food industries.
II. APPLICATIONS OF FOOD
ENGINEERING
Refrigeration and freezing
The principle goal of food refrigeration or
potentially freezing is to safeguard food
materials' quality and wellbeing using
technological food development.
Refrigeration and freezing add to the
safeguarding of short-lived nourishments
and protect some food quality factors, for
example, visual appearance, surface, taste,
flavor, and healthful substance. Likewise,
frozen food hinders the development of
microbes that might hurt customers.
Packaging
Food packaging innovations are utilized to
expand the timeframe of realistic usability of
items, settle food, and keep the food perfect,
ensured, and speaking to the customer. It
can be accomplished, for instance, by
packaging food in jars always. Since food
creation makes a lot of waste, numerous
organizations are changing to eco-
Copyright © 2020 Food Research Lab. All rights reserved 2
accommodating bundling to protect the
climate and draw in consideration of
ecologically cognizant buyers.
A few earth-arranging bundling to
incorporate plastics produced using corn or
potato, bio-compostable plastic and paper
items that deteriorate, and reuse content in
food industry companies. Even though
changing to eco-accommodating packaging
affects the climate, numerous organizations
are finding different advantages, for
example, decreasing overabundance
bundling material, assisting with drawing in
and hold clients, and demonstrating that
organizations care about the climate.
Energy for food processing
There is a requirement for energy
effectiveness and waste warmth recuperation
to manage food preparing. The substitution
of ordinary energy-serious food measures
with innovations like thermodynamic cycles
and non-warm warming cycles gives another
possibility to decrease energy utilization,
diminish creation costs, and improve food
creation management.
Heat transfer in food processing
Warmth move is significant in handling
pretty much every marketed food item and is
imperative to protect the sterile, healthful,
and tangible food characteristics. Warmth
move strategies incorporate acceptance,
convection, and radiation.
These strategies are utilized to make
varieties in food's actual properties when
freezing, preparing, or profound broiling
items and applying resistant warming or
infrared radiation to food. These apparatuses
permit food designers to enhance the
creation and change of food items.
Food Safety Management Systems
A Food Safety Management System is "a
methodical way to deal with controlling
sanitation dangers inside a business to
guarantee that the food item is protected to
consume.
"In a few nations, FSMS is a lawful
prerequisite, which obliges all food creation
organizations to utilize and keep an FSMS
dependent on Hazard Analysis Critical
Control Point standards. HACCP is an
administration framework that tends to food
handling through examining and controlling
nature, substance, and actual risks in all
phases of the food production network.
Evaporation
Evaporation is utilized to pre-concentrate,
increment the vital substance, change the
shading, and diminish the water substance of
food and fluid items. This cycle is generally
observed when preparing milk, starch
subordinates, espresso, natural product
juices, vegetable glues and thinks, flavours,
sauces, sugar, and edible oil. Likewise,
vanishing is utilized in food lack of
hydration measures from food industrial
development.
The reason for drying out is to forestall the
development of moulds in food, fabricating
when dampness is available. This cycle can
Copyright © 2020 Food Research Lab. All rights reserved 2
be applied to vegetables, organic products,
meats, and fish, for instance leads to food
product development.
III. CURRENT CHALLENGES
Manageability
Food designing impacts affect the climate,
for example, the emanation of enormous
amounts of waste and the contamination of
water and air, which should be tended to by
food engineers later on the advancement of
food creation and preparing activities.
Researchers and designers are testing in
various manners to improve cycles that
reduce contamination, yet these should
improve to accomplish an economical food
store network.
Food engineers should rethink flow
practices and advances to zero in on
expanding profitability and proficiency
while lessening water and energy utilization
and diminishing the measure of waste
created.
Population development
Even though food supply extends yearly,
there has also been an expansion in hungry
individuals. The total populace is required to
contact 9-10 billion individuals by 2050, and
the issue of hunger stays a need. Food
engineers must address land and water
shortage to give enough development and
food to undernourished individuals. Also,
food creation relies upon land and water
supply, under pressure as the populace size
increments.
A developing tension ashore is driven by
extending populations, prompting extensions
of croplands; this typically includes the
obliteration of woodlands and arable land
abuse. Food engineers face the test of
finding practical approaches to deliver to
adjust to the developing populace.
Human well-being
Food engineers should adjust food
innovations and tasks to the new shopper
pattern toward utilizing solid and nutritious
food. To supply nourishments with these
characteristics and support human
wellbeing, food engineers should work
cooperatively with experts in different
spaces, such as medication, natural
chemistry, science, and commercialization.
Innovations and practices should be created
to expand the creation of nourishments that
positively affect human wellbeing.
IV. CONCLUSION
These are the few applications and
challenges in food process engineering faced
by the food production industries.
REFERENCES
1. Singh, R. P., & Heldman, D. R. (2001). Introduction
to food engineering. Gulf Professional Publishing.
2. Loncin, M. (2012). Food engineering: principals
and selected applications. Elsevier.
3. Saguy, I. S., Singh, R. P., Johnson, T., Fryer, P. J.,
& Sastry, S. K. (2013). Challenges facing food
engineering. Journal of Food Engineering, 119(2),
332-342.