News

Complete your visit to PotatoEurope in the Netherlands with a visit to Triferto

Complete your visit to PotatoEurope in the Netherlands with a visit to Triferto

Hereby we would like to inform you that our representatives are present at PotatoEurope 2017, held in Emmeloord (the Netherlands) from 13- 14 September. PotatoEurope 2017 is an unique outdoor annual event were the entire potato chain is present. This year the event will take place in World Potato City Emmeloord, the Netherlands. The trade show hosts a numerous of demonstrations, showing how the international potato world is preparing for a sustainable future.

Read more ›

Let's meet at New Ag Berlin

Let's meet at New Ag Berlin

We are pleased to announce that Triferto will be attending the 15th New Ag International Conference & Exhibition. 

Read more ›

Agricultural emissions 'reality check'

Agricultural emissions 'reality check'

A new report says that global agricultural emissions must be slashed to prevent the planet warming by more than 2C over the next century. The current focus is on reducing emissions from transport and energy. But an international team of scientists argues that if farm-related emissions aren't tackled then the Paris climate targets will be breached.

Read more ›

Reducing urease activity

Reducing urease activity

Some compounds added to urea or urea-containing fertilizers can reduce the rate of the first “hydrolysis” step, and slow the rate of ammonia production. Urease inhibitors are used to temporarily reduce the activity of the enzyme and slow the rate at which urea is hydrolyzed. This can help reduce ammonia loss to the atmosphere. 

Read more ›

INCOTERM FOB versus CIF

INCOTERM FOB versus CIF

When you buy or sell fertilizers across national boundaries, you and the Triferto must have a clear understanding of the terms for moving those goods to their destination. CIF and FOB are commonly used agreement models for international container shipping of fertilizers. Each type of agreement specifies which party is responsible for the goods and the point at which responsibility transfers from the seller to the buyer.

Read more ›

Reduction of nitrogen volatilisation in figures

Reduction of nitrogen volatilisation in figures

In agriculture various greenhouse gases are released. The most important being CO2, methane and nitrous oxide. The principal sources of greenhouse gases in agriculture and horticulture are livestock farming and greenhouse horticulture. Climate change continues to happen but the adverse effects of this appear containable in the Netherlands. At policy level there is a lot of focus on the effects of climate change, and Triferto is also working on this by investing in innovative fertilizers which reduce emissions.

Read more ›

More about Ammonium nitrogen

More about Ammonium nitrogen

Nitrogen exists in the forms of urea, ammonium and nitrate. Per nitrogen fertilizer the ratios may vary depending on the form of nitrogen. To make the right choice it is good to know the differences between forms of nitrogen.

Read more ›

Nitrification inhibitors

Nitrification inhibitors

Nitrification is a mineral process, whereby bacteria convert ammonium (NH4+) into nitrate (NO3-). Nitrification inhibitors delay this process keeping down unwanted nitric nitrogen leaching.

Read more ›

More about Nitrate nitrogen

More about Nitrate nitrogen

Nitrogen exists in the forms of urea, ammonium and nitrate. Per nitrogen fertilizer the ratios may vary depending on the form of nitrogen. To make the right choice it is good to know the differences between forms of nitrogen.

Read more ›

Urea nitrogen

Urea nitrogen

Nitrogen exists in the forms of urea, ammonium and nitrate. Nitrogen fertilizers may vary in terms of ratios between the forms of nitrogen. To make the right choice it is good to know the differences between forms of nitrogen.

Read more ›

Urease inhibitors

Urease inhibitors

Urease inhibitors delay the conversion of urea by the enzyme urease and this enables ammonia volatilisation to be limited.

Read more ›

Nitrogen volatilisation

Nitrogen volatilisation

Every soil contains the enzyme urease. As soon as urea is applied this enzyme breaks down urea into ammonium and OH-. Because of this process there is a localised increase in the pH to pH 9.5! At this pH level, part of the ammonium formed is converted into ammonia which volatilises. This delivers on average a nitrogen loss of 26%!

Read more ›