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Innovation & Technologie Angebot

A Turkish R&D company, which manufactures nitrification inhibiting fertilizer, seeks distributors and suppliers

Country of Origin: Turkey
Reference Number: TOTR20171009001
Publication Date: 10 October 2017

Summary

A Turkish R&D company manufacture nitrification inhibiting fertilizer. Most of these products are focused on nitrogen technologies; they provide significant improvements in yield and quality and reduce ground and surface water pollution. 
The primary target of the company is to bring in high-tech plant nutrition materials to agriculture. The company is looking for distributors and suppliers. Also the company is interested in license and research cooperation agreements.

Description

The Turkish company, after about two-years intense literature and laboratory works, developed nitrification inhibiting fertilizers and was established in 2016. 

They produce nitrogen inhibiting fertilizer, bottom fertilizer, fluid fertilizer, micro elements and land graders.

The fertilizers have DMPB nitrogen inhibitor or urea nitrogen. The fertilizer delays the nitrification of ammonium nitrogen for 4-8 weeks under favour of nitrogen inhibiting, depending on soil temperature and pH. So it prevents losing gas and washing for nitrogen. Based on soil characteristics, 10-40% yield improvements were achieved and much higher performances than other equivalents were observed.

The company have applied for patent to Turkish Patent Institute and put their products under protection. The ultimate goal of company is in increase R&D investments and to become a leading company of the sector internationally.

The type of the partner could be any company, researcher or university who wants to apply.

The company is looking for distributors and suppliers. Also the company is interested in license and research cooperation agreements.

Advantages and Innovations

• About 10-20% higher yields than classical fertilizers is obtained

• Quality is improved in fruits and vegetables

• Shelf and market life of the produce is prolonged

• Excessive shoot development in fruits is decreased

• Bud formation is promoted

• Plant energy utilization during using nitrogen is reduced

• Soil pH is reduced more effectively than sulfur.

• Since 30-50% of boron requirements are also met

with this nitrification inhibiting fertilizers, fruit pollination increase and crack and fracture development is reduced.

• In cases with excessive ferrous fertilizer requirement, 70% reduction in achieved in ferrous fertilizer use, thus a significant reduction in production costs is achieved.

Stage Of Development

Already on the market

Requested partner

The type of the partner could be any company as distributor and supplier. The company is interested in license agreements with universities and companies too. Also they are looking for research cooperation agreement with researchers.