Exp. No. 3 Bioenzyme production from food waste
Exp.
No. 3 Bioenzyme production from food waste
Introduction
We all love our homes to be sparkling
clean and smelling nice; in order to achieve this we keep hunting for cleaning
products of reputed brands off the shelves not knowing how dangerous these
chemicals are for our health. Not only are these cleaning products expensive
but are loaded with chemicals that are harmful for our loved ones, plants,
animals, water system and the overall environment. So next time before you race
out to get the chemically loaded cleaning products, try making your own all
purpose cleaner called Bio Enzymes from kitchen waste, it is a phenomenal
organic cleaning product.
Bio Enzyme is a simple, inexpensive,
natural healthy cleaning product produced from vegetables (carrot, cucumber) / fruit
peels (usually citrus). It is an effective alternative to harsh chemicals such
as bleach, phenyl, and other chemical solutions we mostly use in households to
wipe our floors, surfaces, wash our bathrooms, and clean our toilets.
Chemically, the Bio Enzymes are an amalgamation of complex organic substances
such as proteins, salts and other materials that are by-products of the
bacteria/yeast (naturally occurring) that we will use to make the Bio Enzyme.
These organic substances which are in the Bio Enzyme are capable of breaking
down chemical and other organic waste thus helping us in removing stains, odor,
getting rid of other harmful microbes, etc. They also greatly neutralize toxins
and pollutants.
Uses
As a surface cleaner-floor, tile,
kitchen counters, stove, chimney, sink and toilet (avoid using on the marble as
it may discolor the white marble. You can use with a ratio of 1:3 (bio enzyme
& water).
·
As a dirt remover- Laundry
liquid with soap nuts, Vessel Cleaner (with or without other additions such as
soap nut), stain remover, etc.
·
As an anti-bacterial -
Refrigerator cleaner, Cabinet cleaner Cleaning-Fruits & Vegetables, mirrors,
water marks, babies high chair
·
Pest Control- Bio Enzyme has
been known to repel small insects, ants, cockroaches at home without harming
them, besides it can be used extremely effectively in fumigation along with
Soap nuts and Neem Oil
·
Plant Care- It is a wonderful
bloom nutrient. Also helps in managing plant pests like white flies, mealy bugs
and spider mites
·
Pet care-It is pet safe
Aim
To develop
a bio-enzyme solution from microbial origin that could take care of the
cleanliness of our household, in a cost effective manner.
Materials and
Methods
Eat lots of oranges, lemons. pineapples, cucumbers and
carrots -Save the peels.
·
1 part jaggery (is to provide
“simple” carbon source or energy for the microorganisms to first feed and
grow), 3 parts lemon and orange peels, 10 parts water.
·
The combination of jaggery,
fresh citrus fruits and water helps release proteins that hasten the decomposition
process. Biogases will be produced as by-products of the anaerobic breakdown of
the sugars (usually hydrogen, CO2, and less likely methane). Thus,
releasing the gases produced, especially during the initial stages, is
essential.
·
Use any old plastic container
lying around to make your Bio Enzyme (do not use glass or metal, it may break
as they cannot expand to accommodate the gases formed). The container should be
airtight to promote fermentation (minimize oxygen) and to also avoid flies from
getting in.
Procedure
·
The jaggery was scrabbed. It
was added in old plastic bottle and fill it with the addition of water. The space
(1/4 of the bottle empty) was given for the gas which releases during the
process.
·
Peels of lemon, oranges,
pineapple, carrot & cucumber (diverse peels) were added. The lid was closed
tightly (airtight). The lid was opened once in a day during the first two weeks
to release the buildup gas in the bottle.
·
Post two weeks the lid was opened
in the alternative days and post 4 weeks opened once in four days.
·
The process of fermentation
continued over 3 months.
·
The bio enzyme was stored in an
airtight container.
Result
Bio enzyme developed could
be used as an alternative to the surface sterilizers. The sample could be
produced in house hold and the solution could be used on a regular basis, thus
making them less dependent on the commercially available product.
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