KR20090120918A - Feed additives for livestock which reduce releasing methane - Google Patents

Abstract

PURPOSE: Livestock feed additives containing charcoal and pyroligneous liquid are provided to promote the growth of livestock and reduce methane gas generated in intestines thereof. CONSTITUTION: A method for preparing livestock feed additives containing charcoal and pyroligneous liquid comprises the following steps of: preparing 98% wood charcoal, which is obtained by mixing 45% oak charcoal, 45% mixed charcoal containing pine tree charcoal, and 10% bamboo charcoal; mixing the wood charcoal, 1% pine needle powder, and 1% refined pyroligneous liquid, which is obtained by diluting oak grass liquid in water at a ratio of 1 to 30, and pulverizing the mixture; and adding the mixture into common feed by 1%. Before the pulverization, the mixture consists of 75% solid phase and 25% moisture.

Description

Functional feed additives for reducing methane emissions {feed additives for livestock which reduce releasing methane}

Functional livestock feed additive for reducing methane emissions of the present invention is an environmentally friendly functional feed additive for reducing the methane gas (CH ₄ ) released from the breathing trim and fart of livestock (cows, sheep, etc.). Charcoal (charcoal) carbonized wood collected from the forest finely (0.1 mm or less) finely divided oak vinegar solution into 30 times of water diluted with crushed particles, various minerals are added to the anion generation made of 75% moisture 25% solids Is a feed additive.

It is fed by adding about 1% of cattle, feed, to reduce the amount of methane released by breathing, burping, and farting due to the combined effects of anions and minerals in the process of digesting food (feeds, etc.) Contribute to reducing global greenhouse gases in question.

Before the livestock feed additive for reducing the methane emission of the present invention, since it was fed general feed, it was emitting deadly pollution to reduce global warming and greenhouse gases by methane gas emitted by trimming and farting of about 1.3 billion cows. .

For cattle, the stomach is a huge fermentation barrel, according to the Institute of Animal Husbandry, according to the Institute of Animal Husbandry, and one beef cattle emits 40-50kg of methane per year.

Some scientists believe that methane gas in the air grew more than 5000 years ago when humans destroyed forests and started growing crops and livestock.

Methane gas is 21 times more capable of capturing heat than carbon dioxide.

In the face of sustained global warming, methane is causing problems with more malignant gases.

The problem to be solved of the functional livestock feed additive for reducing methane emissions of the present invention

1. Reduces cow and sheep trim and fart methane emissions.

2. Reduce the smell of manure in the barn.

3. Reduce digestion by improving digestive absorption.

4. Help livestock grow.

5. Reduce cow stress.

6. Make healthy livestock without bottles. .

7. Make meat better.

As a solution to the problem by the functional livestock feed additive for reducing methane emissions of the present invention

It is an alkaline substance that balances minerals evenly using forest charcoal (charcoal), and it adds liquid oak vinegar solution and pine needles containing various enzymes to release anions, far infrared rays, and magnetic fields from cell walls.

1. Promote the growth and development of animals

2. Reduction of methane gas from the stomach and intestines

3. Suppresses or neutralizes methane gas generated in the cation state

The effect of the functional livestock feed additive for reducing methane emissions of the present invention is

1. Reduce the amount of mite release from cattle, sheep and farts to 30% or less.

2. The smell of manure in the barn is reduced by more than 70%.

3. It has good absorption of cattle intestines and reduces feed by 10 ~ 15%.

4. No parasites in the farm.

5. For cows, high quality milk is produced and milk yield is increased.

6. In the case of non-beef beef, the meat quality improves and grows quickly.

7. Less stressed cattle and healthy livestock without bottled water. .

As a constituent material of the functional livestock feed additive for reducing the methane emission of the present invention

 Forest Charcoal 98% (45% oak, 45% mixed forest including pine charcoal, 10% bamboo charcoal), pine needle powder 1% and Hallim vinegar 1% (diluted with oak herb solution 1:30 in water) 75% solids It is prepared with 1% added to the existing feed.

Example

Comparison of the roles of anions and cations

division    Well come    Sheep came Whole body tissue Mood Nervous function Respiratory oxygen consumption Pulse blood pressure Severe blood coagulant Serum Calcium Serum Potassium Leukocyte Capillary Metabolism Acid Alkali Balance Diuresis  Calm, hypnosis refreshing parasympathetic neurostimulatory inhibitory decrease decrease decrease decrease normal decrease decrease expansion reduction  Stimulus Excitement Blow Discomfort Sympathetic Nerve Stimulation Promoting Increase Increase High Increase Increase Decrease Small Shrinkage Oxidative Degradation Acidic Inhibition Constipation

Claims (2)

In the functional livestock feed additive for reducing methane emissions of the present invention, With 98% of forest charcoal (45% oak charcoal, 45% mixed forest including pine charcoal, bamboo charcoal 10%), The wood charcoal mixed with 1% pine needle powder and 1% of purified Hallim vinegar (diluted in water with oak vinegar 1:30), mixed and crushed to add 1% to cattle or sheep feed to release cow or sheep methane. Functional livestock feed additives for reducing methane emissions, which are characterized by reducing greenhouse gases. The method of claim 1, Functional livestock feed additive for reducing methane emissions, characterized in that the state before the grinding is prepared in a ratio of 25% water to 75% solids.