01.11.2012 • NewsAcronfertilizerfertiliser

Russia's Acron Agrees $1.5 Billion Potash Project Financing

Russia's Acron, one of Europe's top 10 mineral fertilizer makers, has agreed $1.5 billion of equity and debt financing for a potash project in Russia, which could boost its output in four years.

Acron has attracted Russian state bank Vnesheconombank (VEB), Eurasian Development Bank and Raiffeisenbank to finance construction of its Talitsky mine in Russia's Urals region, which aims to start potash production in 2016, the company said on Thursday.

In a first stage, the three banks have acquired equity in Acron's firm which operates the project for 12.8 billion roubles ($408 million).

VEB bought 20% minus one share, Eurasian Development Bank received 9.1% and Raiffeisenbank received 8.95%. Acron owns the remaining share of the project.

These investments will allow full-scale construction of the Talitsky mine to start in the fourth quarter of 2012. The total capital expenditure required for the project is estimated at $2 billion, excluding the cost of the mining licence for the Talitsky area, which was about $700 million.

In the second part of the deal, VEB will provide debt financing in the form of a $1.1 billion credit line facility for further development of the project in 2014.

 

Free Virtual Event

Sustainability in Bioprocessing
Bioprocess Forum

Sustainability in Bioprocessing

Join us to explore hot topics in sustainable bioprocessing like the industrial potential of enzymatic synthesis, innovative biocatalysis techniques, and the use of digital twins in bioprocessing.

CHEManager Spotlight

Standardization and Harmonization of Digital Chemical and Pharmaceutical Logistics
Creating Interfaces

Standardization and Harmonization of Digital Chemical and Pharmaceutical Logistics

CHEManager Spotlight is an exclusive event tailored for practitioners and decision-makers in the chemical industry. This part of our event series delves into the latest trends and innovations in logistics to streamline your operations and drive efficiency.