Newstrail.com

Zeolites in Animal Feed Market By Manufacturers, Regions, Type And Application, Forecast

Zeolites in Animal Feed Market

Zeolites in Animal Feed Market: Overview

There are other sources of harmful agricultural emissions outside the fields. In the USA, livestock is responsible for around 25% of all methane gas emissions, primarily via animal belching. Additionally, nearly one-tenth of all gas emissions in the USA are produced by farm manure collection systems. Support for government intervention and regulatory measures has increased as a result of the loss of nitrous oxide to the environment, which has emerged as a serious concern for air quality. Because of the leaching and discharge of nitrates and nitrites, animal waste and compost can cause ground water to become contaminated.

Zeolite is a common animal feed addition used by livestock farmers for beef cattle, dairy cows, pigs, poultry, and sheep. The fundamental chemistry of zeolite as an animal feed addition can have a significant positive impact on the feed process because it is the only naturally occurring negatively charged mineral in the world. Zeolite’s use in animal feed has enhanced farm productivity, which has led to better overall financial health for the farm operation.

Click Here To Get Sample Copy of Market Report

Zeolite is added to feed to enhance animal weight, improve nutrient digestion, and increase the amount of energy exchanged from the feed that is absorbed. Productivity is raised and costs are reduced as a result of the increased feed conversion and significantly reduced feed intake. Zeolite inclusion in feed results in effective nitrogen utilisation. Due to its affinity for ammonium, zeolite will absorb nitrogen during digestion through cation exchange before releasing it gradually to maintain energy. Effective slow release promotes nitrogen adsorption, which lowers loss to a gaseous state. The selection process leaves out crucial trace elements and micronutrients.

Global Zeolites in Animal Feed Market: Major Players
Zeotech
Kemin
ZeoFeed
Clariant
Ceca
PQ Corporation
KMI Zeolite
ZEO Inc.
BASF

Global Zeolites in Animal Feed Market: Types
Natural
Synthetic

Global Zeolites in Animal Feed Market: Applications
Cattle
Swine
Poultry
Sheep
Others

Many mycotoxins and infections are efficiently absorbed by zeolite, which lowers mortality rates and lessens the need for antibiotics and other medications. Mycotoxins and pathogens are securely digested and trapped in the honeycomb structure of zeolite. They are then discharged as trash. Mycotoxins and pathogens have fewer negative effects, which frees up more energy for growth and the production of meat or eggs. When added to feed rations, zeolite also functions as an efficient antioxidant. Free radicals are bound in the zeolite sieve structure, where they are inactivated and removed.

It is projected that the use of the product will increase due to the rising demand for lightweight concrete in the construction sector. Due to various factors, including increased sound absorption, reduced thermal expansion, and improved fire resistance, lightweight concrete is preferred to regular concrete. Natural zeolites are frequently used in construction materials such as dimension stones, lightweight aggregates, and soil stabilisers in addition to concrete.

Due to growing environmental concerns, applications for soil amendment and water treatment are becoming more and more important worldwide. An important environmental worry is the groundwater contamination brought on by soluble nitrogen-based fertilisers. Natural zeolites prevent ammonium from being converted to nitrate, which reduces nitrate leaching. Natural zeolites also improve soil quality and aid in the growth of strong plants.
Due to their poisonous nature, the presence of heavy metals and metalloids in water bodies poses a serious hazard to the ecosystem. The ion-exchange ability of natural zeolites aids in the absorption of heavy metals due to their honeycomb structure. Natural zeolites are a cost-effective alternative in the methods used to separate and purify water.