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Trade News  |  28 February 2019

BASF launches new solution to make non-wetting soils more productive

  • Non-wetting soils limit productivity and profitability for Australia’s grain farmers
  • Two new soil wetting agents, Divine Agri and Divine Integrate, offer individually customized testing and treatment
  • Solution is the result of collaborative academic and industry research

March 1, 2019 – Melbourne, Australia – A new solution developed by BASF and industry partners will help farmers such as grain growers get the most out of land with non-wetting soils. BASF’s novel Divine® Agri and Divine® Integrate soil wetting agents will help Australian farmers produce higher yields in difficult conditions. A new research-backed laboratory testing process used with the agents will diagnose a customized application to produce accurate results in-field.

“Non-wetting soils limit the productivity of over half of the cropping area in Western Australia, almost a quarter of the total cropping area in South Australia and across areas of Western Victoria,” said Gavin Jackson, Head of Agricultural Solutions at BASF Australia and New Zealand.

“Non-wetting can take different forms and applying wetters has previously been mostly a matter of trial and error, hoping the wetter will be effective for the type of non-wetting soil present. This combination of a new testing process and flexible products introduces a much higher level of precision and certainty, giving growers the ability to invest with confidence to improve the productivity of affected paddocks.”

With the new solution, farmers with non-wetting soils can send samples to a specialised soil and plant analysis laboratory. The lab will then use a new patented “black box” soil testing technology to diagnose the type of non-wetting soil and recommend the most accurate application combination of Divine Agri® and Divine Integrate®. There are a total of seven potential combinations of products which will assist in pore filling for water saturation and infiltration increase in non-wetting soils.

The development of the Divine test and treatment technology is the outcome of extensive industry collaboration. Co-funded in part by BASF and the Grains Research and Development Corporation (GRDC), the majority of testing was led by researchers at Swinburne University, supported by the CSIRO, the University of New England and the University of Western Australia, as a part of the Cooperative Research Centre (CRC) for Polymers.

Ron Osmond, GRDC Head of Business Development, said the new non-wetting soils test and treatment technology represented an important development in the ongoing quest to provide grain growers with products and services that offer a potential solution to the agronomic constraints that limit profitability.

“Addressing non-wetting soils is a major issue for many of our grain growers,” Dr Osmond said. “This technology will provide a valuable new tool in growers’ toolbox to manage this problem.

“It is also a great example of a private-academic collaborative effort, facilitated by the GRDC, delivering tangible new technology for the benefit of growers.”

Jackson continued, “BASF’s investment in this research project is part of our commitment to support Australian farmers experiencing real and increasing challenges. Divine Agri® and Divine Integrate® are new, targeted solutions to our expanding portfolio, developed to help crops thrive under tough Australian conditions.”

Divine will be produced in Australia at BASF’s production site in Somersby, NSW, and is commercially available as of March 1, 2019.

About BASF’s Agricultural Solutions division

With a rapidly growing population, the world is increasingly dependent on our ability to develop and maintain sustainable agriculture and healthy environments. Working with farmers, agricultural professionals, pest management experts and others, it is our role to help make this possible. That’s why we invest in a strong R&D pipeline and broad portfolio, including seeds and traits, chemical and biological crop protection, soil management, plant health, pest control and digital farming. With expert teams in the lab, field, office and in production, we connect innovative thinking and down-to-earth action to create real world ideas that work – for farmers, society and the planet. In 2018, our division generated sales of €6.2 billion. For more information, please visit or any of our social media channels.

About BASF in Australia and New Zealand

BASF serves key industries in the agriculture, coatings, construction, manufacturing and mining sectors, and posted sales of about €432 million in Australia and New Zealand in 2018. As of the end of 2018, the company had 552 employees and operated 12 production sites across agricultural solutions, performance products and functional materials and solutions. BASF has been active in Australia for more than 90 years, and for about 60 years in New Zealand. Further information is available on the Internet at

About BASF

At BASF, we create chemistry for a sustainable future. We combine economic success with environmental protection and social responsibility. The approximately 122,000 employees in the BASF Group work on contributing to the success of our customers in nearly all sectors and almost every country in the world. Our portfolio is organized into six segments: Chemicals, Materials, Industrial Solutions, Surface Technologies, Nutrition & Care and Agricultural Solutions. BASF generated sales of around €63 billion in 2018. BASF shares are traded on the stock exchanges in Frankfurt (BAS), London (BFA) and Zurich (BAS). Further information at

Lauren Porter
Lauren Porter
Corporate Affairs and Sustainability Manager
Steve Jefferies (GRDC), William Huynh, (BASF) David Mainwaring (Swinburne University), Rohan Ford (GRDC) and Dan Murphy (University of WA)

Steve Jefferies (GRDC), William Huynh, (BASF) David Mainwaring (Swinburne University), Rohan Ford (GRDC) and Dan Murphy (University of WA)

Divine Researchers David Mainwaring, Swinburne University and Dan Murphy University of Western Australia

Divine Researchers David Mainwaring, Swinburne University and Dan Murphy University of Western Australia

Last Update 28 February 2019