In 2011 Russia increased production of chemicals by 5.2%

MOSCOW (MRC) -- In 2011, the growth of chemical production in Russia slowed down and made 5.2%. In 2010, this figure was 14.6%. The highest production growth last year fell on the producers of polyamides and polystyrene, according to MRC analysts.

The volume of production of polyamides in primary forms grew more than by 20%, production of polystyrene - by 14%. The other polymers production grew less by 10%.

The total production of olefins (ethylene and propylene) made 3,686 million tonnes. The output of ethylene increased to 2,468 million tonnes, which was by 3.7% more than in 2010. Production of propylene actually stayed at the level of 2010 - about 1,218 million tonnes. The output of styrene rose to 486 thousand tonnes, with an increase of 2.6%. Benzol production remained the same and made 1.1 million tonnes.

The production of caustic soda has been gradually shortening since 2007 on the back of complete halt of plants (e.g., Usolyekhimprom) as well as reducing of capacities utilization at other facilities. Last year Khimprom (Cheboksary), Khimprom (Volgograd), Sibur-Neftekhim and Novomoskovskij Chlor reduced caustic soda output.

The total volume of caustic soda production declined by 2.5% to 1,047 million tonnes (calculated on 100% basis). With 128,500 tonnes of them fell at the solid caustic soda.


MRC

(plastech) -- The global demand for thermoplastics is expected to grow by around 100,000 tonnes by 2015, driven by the developing economies. Polyethylene comprises 35% of this market and polypropylene is 24%, according to leading market consultant Noru Tsalic of Applied Market Information (AMI).

This is an annual increase of 5.6%. The key applications for PE are packaging at 69% and infrastructure at 11%, while for PP the percentages are 43% in packaging and 11% in automotive and appliances.

The leading material suppliers conduct extensive research, like Borealis Polyolefine. Molecular structure, processing and additives all affect properties. Stabilisers and modifiers need to be compatible with the polymer, have high solubility and low migration rate and meet all safety standards. The range used in polyolefins includes antioxidants for processing and long-term stabilisation, UV stabilisers, antistatic, slip agents, nucleating agents, flame retardants, impact modifiers, lubricants, foaming agents, fillers and reinforcements.

It is also important that recipes take account of synergistic or antagonistic effects of additive combinations, for example hindered amine light stabiliser (HALS) is antagonistic to sulfur antioxidants. Some additives have dual effects, for example nucleating agents can improve thermal stability, perhaps because of the increase in crystallinity. Fillers are particularly important as the chemical nature, particle morphology and surface treatment can all affect material performance and additive interaction.

MRC

(plastech) -- Saudi Basic Industries Corporation (SABIC) will be at Pharmapack Europe (Paris, February 15-16), the annual European Healthcare event, with a wide range of polyolefins and engineering thermoplastics developed specifically for the global healthcare industry.

The company plans to reinforce its position as a "one-stop shop" for high quality-thermoplastics, with a growing portfolio compliant with the strict regulations of this industry.

SABIC has numerous options to meet these challenges, including grades based on ABS, polycarbonate, thermoplastic polyesters (PET and PBT), polyphenylene oxide and siloxanes, as well as high and low density polyethylenes and polypropylene. The company has cost-effective solutions for syringes, injection pens, inhalers and other related products.

In target applications such as drug delivery device internal components and external housings, typical industry requirements range across biocompatibility, sterilizability, chemical resistance, impact resistance, wear resistance and anti-static properties, through ease of processing and aesthetics, to constancy in product formulations.

To emphasize this point, SABIC is using Pharmapack as a launchpad for new grades, including a high-density polyethylene (HDPE) resin featuring high flow properties that can significantly reduce injection moulding cycle times for various healthcare products. With a melt flow rate of 30 g/10 min, SABIC╝ HDPE PCG300054 provides important processing advantages that yield lower system costs for healthcare product manufacturers.

MRC

(chemmonitor) -- The Pakistani state company NRL will bring on stream a new refinery in about four years.

The facility will produce lube base oils and diesel fuel. Its combined daily nameplate capacity is planned to be 45,000 barrels.

A process technology for the unit will be provided by UOP LLC, a US-headquartered firm. This will allow to reduce by-products if compared to other technologies of the similar type.

The Pakistan maker currently operates three refineries in the country.

MRC

(DSM) -- DSM Engineering Plastics and Resinet have entered into a distribution agreement, to join forces in the market development and sales of DSM Engineering Plastics resins in Brazil.

In order to tap fully into the Brazilian potential, DSM sees a solid partnership with distributors as key for sustainable growth. Resinet has been selected to represent and help accelerate the growth of the DSM Engineering Plastics product portfolio in Brazil throughout the Automotive, Electrical and Electronics, and General Industries. Resinet is a 40 years experienced company that focusses on the Raw Materials distribution market in the Brazilian regions.

The agreement with Resinet, a major distributor for the local market, is a strategic action that will give customers access to more DSM products. Antonio Celso Ferraz, Commercial Director of Resinet says that the Brazilian market for engineering applications continues to open up opportunities for promoting the growth of DSM's polyamides and to deliver added value to local industry. ⌠This agreement will help expand the DSM product line in the Brazilian market using Resinet's technical expertise and sales force. he said.

DSM is commercializing innovative, more sustainable polymers that create greater value with less environmental impact, including EcoPaXX≥ PA410, a bio-based, high performance resin that is carbon neutral from cradle to gate', and Arnitel╝ Eco, a high performance thermoplastic copolyester (TPC) made from 20 to 50 percent renewable resources, both of which will be available to the Brazilian market in the short term.

The partnership with Resinet seals the possibility and makes real the strength of DSM Engineering Plastics in the Brazilian marketplace which is in line with DSM's strategy to deliver value for existing and new customers world-wide.

MRC