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Beyond Fertilizers
Overview
ICL has developed a line of specialty products that address some of the biggest challenges in agriculture. Specialty fertilizers and bio solutions have become an important part of the Ag input. Our specialty products have been designed to maximize resource efficiency such as water and fertilizer usage while improving agricultural techniques.
News
Aligning with the UN SDGs in ICL’s Operations: A Commitment to Sustainable Growth

ICL’s Climate Change Strategy: From Targets to Impact

Circular Economy in Action: How ICL is Closing the Loop on Waste and Recycling

Building the Classroom of the Future: ICL Partners with Athena Fund’s ImagineBox

Scaling Up Renewable Energy – How ICL is Powering a Low-Carbon Future

Domains

H2Flo wetting agent
H2Flo is a wetting and water conservation agent allowing both vertical and horizontal movement of water into soil profile. H2Flo wetting agent leads the way in water conservation allowing growers and farmers to optimize water usage.
NupHix
NupHix is a water conditioner with a pH color indicator that adjusts spray tank waters to an optimum pH level of 4.0 – 5.0; it contains chemical water conditioners that dissolve the carbonates in the spray solution to reduce their ability to react with pesticides or foliar feeds. NupHix reduces the negative impact of hard water on spray treatments, treats water with high salinity, and is especially useful for herbicide, fungicide, or foliar feed treatments in areas with hard water.


pHixer
pHixer is an advanced cost-effective, safe, and easy to use, water conditioner, formulated to ensure ideal pH for spraying application. It contains a color-changing indicator that shows when the desired pH has been reached. pHixer also prevents calcium and magnesium ions to form complexes that may precipitate, buffering the spraying water to an optimum pH level.
Vitalnova
ICL’s Vitalnova line of products are stimulants that invigorate soil activity, resulting in better availability of nutritional elements for the plant. This helps the turf to recover from stress, rapidly and boosts root growth. Stress can be caused by heat, drought, disease, or limiting the nutrient uptake from the roots.


Performance enhancers (Adjuvants) for Agriculture
ICL is a major manufacturer of high-quality agricultural adjuvants. Adjuvants in agriculture have a wide variety of uses for enhancing the performance of many products and are added to crops to increase the efficacy of active ingredients and improve their overall performance, protection, and maintenance. Our Helper Line of performance enhancers is unique; they use a non-toxic and environmentally friendly molecule that helps reduce drift, droplet evaporation, and incompatibility problems in mixtures. In this way, they contribute to improved nutrients management resulting in better performance, increased productivity, and higher yields. In addition, our Helper Line of agricultural adjuvants offers a range of practical advantages and innovative solutions such as the usage of syrups with low volume and high concentration of active ingredients, high speed and pressure applications, high stability of water/oil emulsification, and much more.
Biostimulants


Seed Treatment

The Importance of Biodiversity to Sustainability and the Future of Agriculture
Much has been said about the challenges facing the world – and agriculture – in the future. Concerns mount about a changing climate and the impact global warming will have on day-to-day life, food production, weather patterns, and extreme weather events. One important concern with strong ties to climate change is biodiversity. Biodiversity supports our […]


Biostimulants for Plants – Giving Nature a Nudge!
In agriculture, researchers and growers are always looking at new technologies and management practices to positively contribute to plant growth and tolerance to stressors. One of the more recent areas that are being considered is that of biostimulants. Scientists worldwide are exploring the advantages that this unique range of substances can provide to supplement current […]
