Tag Archives: emissions

URALCHEM increased Funding for Environmental Programs in 2012 and Improved its Environmental Performance

“URALCHEM attaches great importance to the preservation of the environment and pursues a deliberate and transparent environmental policy in the regions where it operates. One of the most important results of our work has been the fact that in 2012 all our enterprises have kept well within the limits for permissible concentrations of pollutants set by the government regulators.” commented by Dmitry Konyaev, CEO of URALCHEM.

Moscow, Russia (April 24, 2013) — In 2012, the URALCHEM group increased funding for environmental programs to 465.6 million roubles. This represents an increase of more than 28% compared with 2011. Successful projects included new modern processing facilities and treatment systems, industrial waste recycling and reclamation of previously polluted sites.

The Azot branch of URALCHEM in Berezniki in 2012 implemented an environmental programme costing a total of more than 44 million roubles. During the year, factory emissions were reduced by 3%, concentration of monoethanolamine pollutants in waste water was reduced by 37% and suspended substances pollutants by 11%, oxides of nitrogen emissions were reduced by 10% and carbon monoxide emissions decreased by 9%.

MFP Kirovo-Chepetsk Chemical Works in Kirovo-Chepetsk in 2012 spent 259 million roubles on environmental measures. During the year, emissions decreased to 52.5% of the limits set by the regulators, compared with 57.8% in 2011. New technical equipment was commissioned and gas cleaning systems were modernized. One of the highlights was the completion of work to eliminate the liquid phase at the 6th section of the chalk tailings storage facility. This work is part of a large, multi-year reclamation project being carried out on the facility.

Minudobrenia in Perm in 2012 spent more than 70 million roubles on environmental activities. Because of the specific type of production at the facility, 90% of costs are related to the improvement of water management through technology improvement projects. These projects reduce water consumption by eliminating leaks in water supply and sewage networks. This is particularly important in light of the fact that the enterprise does not discharge waste water to the surface waters.

URALCHEM’s enterprise in Voskresensk in 2012 spent 92 million roubles on environmental projects. Among the main activities were the modernization of equipment and the improvement of technological processes in the major manufacturing plants, as well as in the shops for the neutralization and treatment of industrial waste water.

Dmitry Konyaev, CEO of URALCHEM commented:
“URALCHEM attaches great importance to the preservation of the environment and pursues a deliberate and transparent environmental policy in the regions where it operates. One of the most important results of our work has been the fact that in 2012 all our enterprises have kept well within the limits for permissible concentrations of pollutants set by the government regulators.”

PR department
URALCHEM, OJSC
Tel: +7 (495) 721 89 89
pr@uralchem.com

URALCHEM, OJSC is one of the largest producers of nitrogen and phosphate fertilisers in Russia and the CIS with production capacities of over 2.5 million tonnes of ammonium nitrate, 2.8 million tonnes of ammonia, 0.8 million tonnes of MAP and DAP, 0.8 million tonnes of complex fertilisers and 1.2 million tonnes of urea. URALCHEM, OJSC is the second largest ammonium nitrate producer in the world and number one in Russia, the second largest producer of nitrogen fertilisers in Russia. Key production assets of URALCHEM, OJSC include Azot Branch of URALCHEM, OJSC in Berezniki, Perm Region; OJSC Minudobrenia, Perm; MFP Kirovo-Chepetsk Chemical Works, OJSC Branch in Kirovo-Chepetsk, Kirov region; Voskresensk Mineral Fertilisers, OJSC in Voskresensk, Moscow region.

Some of the information in this press release may contain projections or other forward-looking statements regarding future events or the future financial performance of URALCHEM. We wish to caution you that these statements are only predictions. We do not intend to update these statements and our actual results may differ materially from those contained in our projections or forward-looking statements, including, among others, the achievement of anticipated levels of profitability, growth, cost and synergy of our recent acquisitions, the impact of competitive pricing, the ability to obtain necessary regulatory approvals and licenses, the impact of developments in the Russian economic, political and legal environment, financial risk management and the impact of general business and global economic conditions.

New Plantation Research could hold key to fewer Emissions claims FRA

FRA has claimed that Swiss research could deliver more efficient timber plantations in the future.

Bainbridge Island, WA, January 27, 2012 – Research from Switzerland holds the key to “more efficient” timber plantations, claims research and analysis consultancy, Forestry Research Associates (FRA).

Seattle-based FRA claims that new research from the Paul Scherrer Institute in Villigen, Switzerland, has found how to optimise forestry plantations in order to minimise bark growth while maximising log growth and quality.

The main researcher, Nic Meyer, explained that bark emits more harmful substances when burned than the rest of the timber. He told environmentalresearchweb: “In our previous investigations we had found that the emissions from burning bark had sent all of our test instruments into overdrive.”

He then found that choosing the right kind of species and spacing the trees out a certain way within a plantation can reduce the amount of bark growth and increase the number of logs a tree can produce.

Using an analysis of spruce and beech plantations in Switzerland, he and research partner Marco Mina, found that certain forestry management techniques, involving thinning crops and carefully timing harvest, for example, could help to reduce bark growth by 20 per cent.

“This could have a major impact on how forestry plantations are managed in the future,” claimed FRA’s analysis partner Peter Collins. He added, “Any techniques that can minimise bark growth and increase quality timber production must be good for forestry investors.”

One of the key findings was that delaying the thinning process until branches had reached between 20cm and 40cm in diameter significantly reduced bark growth. The reduction in bark growth could reduce emissions and costs to countries that specialise in forestry, explained Meyer: “In Switzerland alone, the damage costs from direct emissions from wood combustion activities are estimated to be of the order of 100 million Euro per year.”

FRA advocates forestry investment through plantation schemes, such as those run by Greenwood Management in Brazil and Canada.

Contact:
Peter Collins
Forestry Research Associates
620 Vineyard Lane
Bainbridge Island, WA 98110
(206) 316 8394
info@forestry-research.com
http://www.forestry-research.com