The fiber industry shifted to Far East is based on polyester. For polyolefins, we believe in a different dynamics. The most competitive feedstock will be in Middle East and other regions such as Russia and Venezuela. Therefore, it is reasonable to conclude that petrochemicals, more precisely polyolefins, will be set next to those sources of raw materials: Middle East.

Although being a segment with high growth rate and with a big market potential, nonwoven is based on exports of final product to USA.

The future market can be considered the beginning of a tough cycle in which the prices of feedstock will increase, squeezing the margin of petrochemical industry.

Nowadays, the crude reaches the price of USD 140/barrel, setting a challenging scenario to petrochemicals business. On the other hand, we believe in an increasing market for fibers for several applications, such as diapers.

These investments are the pillars of the Braskem’s strategy plan of growing and show the commitment with the development of all the petrochemical value chain.

Part of this venture will be employed on the cracker expansion, on the implementation of the first Braskem green polyethylene plant and further improvements on the polymer plants.

Recently, Braskem announced the development of the first 100% biomass based certified polyethylene in the world, from sugarcane ethanol. The production of this PE will provide the capture of 2,5 ton of CO2 for each ton of PE. This unit will start up on 2010, with a capacity of 200,000 metric ton/year. Besides of that, since 2005 Braskem has been investing in its Clean Development Mechanism projects, in accordance with the guidelines of the Kyoto Protocol, which establishes that countries (and local companies) classified as major emitters of greenhouse gases meet the target of cutting their emissions from 1990 levels by 5.2% between 2008 and 2012. The reduction in emissions is encouraged by the financing of projects aimed at achieving this reduction, or through the purchase of credits for carbon dioxide, a greenhouse gas.