Hydrogel Agriculture: Potassium Polyacrylate based Superabsorbent Polymer

Superabsorbent Polymer based on Potassium Polyacrylate is one of the revolutionaries as well as an economical way to solve the water crises in the irrigational field. This unique formulation has not only been able to solve water-centric irrigational issues but also has immensely contributed to the upgradation of soil texture upon application.

How it works?

This polymer upon contact with water, swells up, behaving like mini reservoirs and imparting water-retaining property to the plant roots, ensuring uninterrupted water supply and optimal growth. These granules mix up between soil particles and upon contact with water molecules swell up forming beads owing to water-absorbent technology.

These swollen potassium polyacrylate beads release water as upon required with osmotic pressure, to keep the surrounding environment moist whenever it starts drying up. Now, if these polymer granules are spread over the fields beforehand, the irrigational water can be stored and released helping in two way: • Less water drainage. • Reduced requirement of surface water

For any developing Nation, Agriculture contributes a lot to its economy. It sees through an overall aspect related to food security for the ever-increasing population, providing a source of hand to mouth for several rural area-based people.

Farming technology has evolved over the years similar to topology, soil conditions, geography, crop varieties, etc.; Still, there are places where conventional style of farming is still practiced which not only reduces the effective use of water but also limits the available resources.

The current period is seeing some dilemmas identified with consumption of natural assets, water being the most significant one of them, for the most part in dry and semi-dry regions because of inadequate and questionable precipitation. The interest for clean water is quickly expanding and its accessibility for the coming time is declining considerably quicker. The greater part of the accessible consumable water and the flow water system rehearses cannot oblige half of the developed yields because of shifted topographical elements of the sub-mainland and changed soil surfaces. These regions actually follow conventional practices which bring down the powerful utilization of water as well as reduction the utilization of accessible water for crops.

Mentioned even on Wikipedia, Chemtex Speciality Limited is one of first companies to manufacture “Alsta Hydrogel” as a basic, simple to use environment friendly agriculture polymer that farmers can successfully use to decrease water utilization without compromising on plant’s health and growth and yet yield rich green harvests even in dry spell conditions. It has a cross-linking molecular structure with a hydrophilic group attached, which absorbs water about 500 – 600 times its own weight. Even trapping rainwater which can be released later at the time of requirement over a longer drought, absorb nutrients from the soil which are utilized by plants for carrying out various physiological processes. One of the major advantages of “Alsta Hydrogel” is that it can be used on a wide variety of soil. Neither the polymer alters the chemical composition of soils on which it is applied, nor does it impair the action of applied biocides viz. fertilizers, herbicides, fungicides, insecticides, etc.

For more information, visit us at www.hydrogelagriculture.com

Chemtex Alsta Hydrogel – Potassium Polyacrylate based Agriculture Hydrogel

Economy of a country, especially developing ones mainly rely on agriculture and its by-products. This territory holds the way in to the food security for the persistent populace surge, solving the problem of their livelihood for the greater part of the individuals living in countryside. The more we have this backbone strong, the more stability will a country have. But the problem arises when three-fifth of this sector’s productivity depends upon a resource which is slowly depleting. Yes! Water. Lack of water prompts dry season, monetary misfortune and other undesirable issues, for example, value upsurge, lower profitability and so on. But adversities of some of these can be curbed down with little help from science and technology.  One such is the application of super absorbent polymer which stirs up with soil particles and swells up on contact with water. This growing of the polymer acts like little bundles of water and confers moisture retaining property to root foundation. When the conditions become dry, it begins releasing water, guaranteeing continuous water supply and growth.

Potassium Polyacrylate [−CH₂−CH(CO₂K) −] _n is based on potassium salt of polyacrylic acid, mainly used as super absorbent polymer that has the ability to absorb water few hundred times more than its size. Potassium polyacrylate functions as a moisture retaining agent, forming water lumps on contact with water molecules. The sway that potassium salt has over other salts is its water retaining capacity as well as water releasing function with higher disintegration time. Potassium Polyacrylate have cross-linking molecular structure with a hydrophilic group attached, which absorbs water to about 500-600 times of its own weight and form water beads or crystals. When applied on agricultural field, it can act as a water reservoir for plants as the same will trap the water fed either through rain or irrigational canal. These trapped water gets released after a certain point over prolonged durations and can be a game changer when the conditions become dry and frizzy. These polymers also absorb vital nutrients from the soil which are then utilized by plants for carrying out various physiological processes.

We are going through some tough situations witnessing depletion of some of the major natural resource, water being an important one of them, mainly in arid and semi-arid areas due to insufficient and uncertain rainfall. The demand for clean water is rapidly increasing and its availability for coming time is something that is discussed in every forum of environmental science. What’s more alarming is the agriculture sector which has to suffer, consuming most of the available potable water while the current irrigation practices cannot even cater to half of the grown crops due to varied geographical dimensions of the sub-continent and varied soil textures. These areas still follow traditional practices which not only lower the effective use of water but also decrease the use of available water for crops.

There is another water absorbing polymer based on sodium extensively being used in fire retardant gels, freeze/PCM gel, candles, diapers, incontinence garments, hold and cold therapy packages, artificial snows and all but does not hold true for agriculture. Why? For the reason that Sodium polyacrylate does not release water.

Chemtex Speciality Limited, a pioneer specialty chemical manufacturer presents “Alsta Hydrogel” as a basic, simple to use, environment friendly agro polymer that farmers can successfully use to decrease water utilization without compromising on plant’s health and growth and yet yield rich green harvests even in dry spell conditions.

One of the major advantages of hydrogel is that it can be used on a wide variety of soils. Alsta Hydrogel polymer does not alter the chemical composition of soils on which it is applied, nor does it interfere with the biocidal action of applied fertilizers, herbicides, fungicides, insecticides, etc. Hydrogel polymers are effective even at high temperature mainly in arid and semi-arid areas.

Use of Alsta Hydrogel in irrigational field ensures following outcomes:

• Significant increment in water holding capacity
• Efficient use of water
• Increase in soil penetrability and invasion rate
• Decrease in water system recurrence
• Increase in crop performance, especially in territories inclined to dry season
• Reduction in the frequency of utilizing composts and pesticides, almost nullifying after some time

If we go through the above-mentioned points, it can be easily inferred that these issues can be countered by Alsta Hydrogel Potassium Polyacrylate Polymer which would not only guarantee upright monetary benefits but that too under limited or rather same resources available for farmers and other agricultural professionals.

For more information, you can visit www.hydrogelagriculture.com

Hydrogel Agriculture

For any developing nation, Agriculture has a major stand in its economy. It manages the food security for the ever increasing population and provides a source of hand to mouth for a number of people based in rural areas. Irrigation practices has changed over the years with change in farming technologies, selected outputs and input materials depending upon soil conditions and climate but still there are places which follow age old conventional style of farming which not only reduces the effective use of water but also limits the available resources.

Today’s farming style has changed from what can be grown to what is economical to grow.

Catastrophes like water scarcity, soil infertility, irregular rainfall opens the gate to drought, monetary loss, price inflation, lesser production and farmer misery. These problems have been rising up recently in huge numbers and we don’t have a concrete solution as of now. What we have are technologies by which their adversity can be somewhat neutralized. One of them or rather feasible and cheaper of them, is the application of hydrogel on agricultural fields. This unique formulation solves the water related problem up to a large extent, upgrading the soil texture.

How? Upon its application, it mixes up with soil particles and swells up on contact with water. This swelling up of hydrogel behaves like a small packets of water and imparts water retaining property to the roots of the plants. As soon as the conditions become dry, it starts releasing water molecules, which can be directly accessed by them which will ensure uninterrupted water supply and normal growth.

Hydrogels are super absorbent polymers having cross-linking molecular structure with a hydrophilic group attached, which absorbs water to about 500-600 times of its own weight. It acts as a water reservoir for plants, it traps irrigation and rain water which can be released later at the time of requirement over prolonged durations. Hydrogel polymer also absorbs nutrients from the soil which are utilized by plants for carrying out various physiological processes. One of the major advantages of hydrogel is that it can be used on a wide variety of soils. Water Hydrogel polymer does not alter the chemical composition of soils on which it is applied, nor does it impair the action of applied biocides viz. fertilizers, herbicides, fungicides, insecticides, etc. These super absorbent polymers are based on Polyacrylamide. Water gets into this polymeric cross link network via osmosis. Hydrogel polymers are effective even at high temperature in arid and semi-arid areas.

 Using hydrogel in irrigational field will ensure following guaranteed results:

• Significant increase in water retaining ability
• Efficient usage of water
• Increase in soil permeability and infiltration rate
• Decrease in irrigation frequency
• Increase in plant performance, particularly in areas prone to drought
• Reduction of using fertilizers and pesticides

Farmers will have a sigh of relief even if half of the above points are consummated, ensuring good monetary benefits under limited or rather same resources. Chemtex Speciality Limited is an esteemed manufacturer of “Alsta Hydrogel”, a potassium polyacrylate based super absorbent polymer that meets the standard requirement of agricultural sectors.

For more information, Kindly visit www.hydrogelagriculture.com

Polyacrylate Hydrogel

The way global warming has started to take a toll on climate change, it has become very difficult for farmers to rely solely on rainfall and sunlight for crop blooming. The adversity has already risen in some areas of Asian and African sub-continent and environmental enthusiasts predict that it would only grow in coming times. The gruesome fact one should be worried about right now is the agriculture sector which is on a course of hitch; the reason being fast consumption of most of the available freshwater faulty irrigation practices. Latest report says that by the end of this decade, availability of agro products is going to decrease drastically, if not counter measured. Yet, these areas are accustomed to conventional methods and unaware or unsure about new techniques which will not only shoot up the productive usage of water but also enhance its usage on available crops.

Water scarcity leads to drought, famine, financial loss and other undesirable frailties like irregular price upsurge, lower productivity, increase in agro wastes, etc. An exact solution may not be feasible as of now but efforts can be made to neutralize its adversity through technological help. Using of super absorbent polymer in agricultural fields is one and at this crucial point, one of the best available alternatives to water conservation. This revolutionary formulation not only solves the water related problems but also upgrades the texture.

Upon its application, it mixes up with soil particles and swells upon contact with water. This swelling up phenomenon of the polymer behaves like small packets of water, working like moisture retainer for the plant roots. Upon plant requirement, it starts releasing water, to be directly accessed by the roots, ensuring uninterrupted water supply and growth regularity.

Now, “Will super absorbent polyacrylate polymer solve the global warming crisis?”, “Will it ensure good rainfall?” No.  Then, why Polyacrylate Hydrogel for Agriculture?

 Use of polyacrylate hydrogel for agriculture ensures:

 

• Significant increases the water retaining ability
• Effectively raises the soil permeability in soil and infiltration rate
• Reduction in irrigating frequency
• Increase in plant performance, particularly in areas prone to drought
• Rate of using fertilizers and pesticides lessen

How?

Polyacrylate Hydrogel has crosslinking molecular structure with a hydrophilic group attached to it, which absorbs water to about 400 – 600 times of its own weight, forming water beads. These beads serve as a water reservoirs for plants, trapping irrigation and rainwater, to be released later as per requirement over extended period. Along with water, Hydrogel polymer can absorb vital mineral nutrients like nitrogen, phosphorous and potassium from the soil which are utilized by plants for carrying out various metabolic processes. One of the major advantages of hydrogel is that it is independent of type of soil it is used in. Neither does it alter the chemical composition of soil nor does it interfere with the biocidal action of applied fertilizers, herbicides, fungicides, insecticides, etc. Hydrogel polymers are effective even at high temperature mainly in arid and semi-arid areas.

What can be concluded from the above mentioned facts is that agro professionals can rely on potassium based polyacrylate for increased farm productivity under same or limited resources. Chemtex Speciality Limited is an esteemed manufacturer of potassium based polyacrylate hydrogel that meets the standard requirement of torrential and conventional farming.

www.hydrogelagriculture.com