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Pharma Companies
Looking to India for R&D - Not Just
Manufacturing
India has been a key location for contract
manufacturing in the pharma industry for
some time. In recent years, though, Indian
companies have focused efforts on enhancing
their drug discovery and development
capabilities, and big pharma is taking
notice. Companies like Nicholas Piramal, Dr.
Reddy's Laboratories, and Ranbaxy have spun
off their discovery divisions off in an
attempt to attract such attention. Other
firms such as GVK Biosciences, Syngene, Sai
Advantium and Accutest are focusing on
contract services, such as medicinal
chemistry, toxicology and development. Many
global pharma companies are also turning to
Indian firms for R&D support in the areas of
genomics, proteomics, translational
research, pathway analysis and other biotech
services.
Intellectual property protection remains an
issue, as does the inability to retain
talented and skilled employees. The
government has a new patent plan in place
and has committed to the IP rules of the
World Trade Organization.
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Hexion/Huntsman Saga
Continues

Since both Hexion and Huntsman have filed
lawsuits against each other regarding their
proposed $10.6 billion (Euro 6.7 billion)
merger, further communication has taken
place. Hexion claims the merger would create
an insolvent company, while Huntsman is
suing for breach of contract, breach of good
faith and fair dealing, defamation,
injurious falsehood and commercial
disparagement.
Hexion also has stated that Huntsman's
estimated second-quarter results support its
claims about the untenable financial
position of a combined company. Peter
Huntsman said he would "fight to the bitter
end" to enforce the terms of the merger
agreement with Hexion.
Huntsman requested an extension of the
merger deadline beyond July 4, 2008, but
Hexion said there was no basis to do so.
Even so, Huntsman delivered a formal notice
of a 90-day extension to the merger
agreement. Hexion responded that the
extensions violated the terms of the
agreement.
Hexion is required to try and save the deal.
The company requested additional financing
from two lenders already involved in the
transaction. The banks rejected the request
and questioned whether they should be
obligated to proceed at all. Hexion then
sent a letter to Huntsman requesting
permission to ask for additional financing
from other sources. Huntsman received
unsolicited offers from several financial
investors for additional money to salvage
the deal and asked Hexion for permission to
share confidential information with the
investors. In turn, Hexion referred the
unnamed investors to its financial adviser.
The trial of the lawsuit filed by Hexion in
the Delaware Court of Chancery is scheduled
to begin on Sept. 8, 2008. Huntsman has
stated that it expects the lawsuit will be
resolved quickly and in its favor, and that
the merger between the two companies will
take place before mid-September.
In the midst of this turmoil, the European
Commission approved the merger on the
condition that Hexion divest certain epoxy
resin assets in the United States and
Germany.
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International
Investment in Green Energy Way Up in 2007:
Will Trend Continue?
According to the United Nations, $148
billion in global funding was directed
toward the development of renewable energy
in 2007, corresponding to a 60 percent
increase in such spending in 2006. Most of
the investment took place in Europe and the
United States, but growing activity was
noted in China, India and Brazil. In the
United States, $152.2 million was spent on
biofuel technology research, with the
majority of it spent on discovering routes
to Ethanol based on cellulosic materials.
During the first four months of 2008,
production of biodiesel in the United States
increased by 73 percent as compared to the
same period a year ago.
Latin American countries together invested
over $8 billion in biodiesel and bioethanol
projects in 2007. With its fertile lands and
ideal climate for growing crops for biofuels
production, the region has become a leading
player. It looks to serve emerging markets
where demand for fuel outpaces petrochemical
based oil and gas production. In fact, U.S.
biodiesel producers face serious competition
from lower-priced material coming from
Argentina.
Further activity has continued into 2008.
Most recently, India's government agreed to
establish a board to oversee biofuel
cultivation, production, research and
development. The industry in India is
pleased to have a government body that will
address regulatory issues.
On the negative side, the Environment
Committee of the European Parliament
recommended that the European Commission
reduce the 10 percent biofuels target to 4
percent by 2020 in response to complaints
that farmers are switching from food crops
to fuel crops, leading to higher food
prices. Alternative measures, such as
producing renewable fuels from nonfood
sources and increasing the use of biogas,
hydrogen or electricity for vehicles were
also suggested.
Leading French biodiesel firm Sofiproteol
has indicated that, in light of the
recommendation for lower biofuels
requirements, the company will review its
long-term investments, including the
development of second-generation
cellulosic-based biofuel plants. In a letter
to the heads of the G8 nations, the major
associations of renewable fuelspredicted
that increased investment in biofuels
production would lead to lower prices for
oil and alleviate the global food crisis.
The letter also stated that gasoline prices
would be much higher without biofuel
products in the market, and that higher food
prices could be attributed mainly to higher
fuel costs for farmers.
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Benzene, Styrene,
Toluene Hit Record Prices in Europe
European Benzene spot prices have risen to a
new record of $1,430 to $1450/tonne. These
prices recently grew nearly $100/tonne in a
day. Several production problems, which have
resulted in reduced supplies, combined with
higher crude values, have been the major
drivers of the price hikes. Contract prices
for August have settled a bit lower at
$1,330 to $1,380/tonne, as many buyers held
back to see what the market would do.
Market tightness and higher Benzene
feedstock costs have driven European spot
Styrene to a new record high of
$1,830/tonne. Many producers have cut
capacity in response to cost concerns and
are buying on the spot market to fulfill
contracts, resulting in the reduced
availability of material. With prices so
high, it is anticipated that some buyers
will purchase Styrene from producers in the
United States.
Toluene contracts also settled at a new
record high, between $1,220 and
$1,230/tonne. The higher prices are driven
largely by hikes in crude oil. Spot Toluene
prices have also hit record highs. Higher
Toluene and other downstream prices have
reduced demand, resulting in a slightly
lower July contract price for Benzene.
Considering market fundamentals, the
decrease was deemed necessary, but producers
cannot be expected to go lower as their
margins would be too diminished.
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Global Acetone Prices
Continue to Rise
Spot prices for Acetone in the United
States, Europe, Asia, India and the Middle
East are mounting in response to tight
global supplies and rising Propylene
feedstock costs. In the United States, the
July truck price for Acetone, which is sold
to the solvent and distributor markets,
increased by 30 percent. Dow Chemical
declared "excused performance" to its
distribution partners to avoid selling
Acetone at a loss, and indicated that the
company would be allocating production and
deliveries among its customers. Many
producers in the country have reduced
operating rates in response to high
Propylene and natural gas costs.
In Europe, spot prices remained flat for the
past six months as new capacity came
onstream. Capacity was reduced recently as a
result of strikes and a lack of export
opportunities, resulting in shorter supply.
Rising Propylene feedstock costs are also
driving up the price of both contract and
spot material. Despite tightness in the
market, several producers have plant
turnarounds scheduled during the next few
months.
Asian Acetone producers raised prices as
well, reacting to higher raw material costs.
Indian and Middle Eastern Acetone prices
climbed in response to the higher prices in
other parts of the world.
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Petchem Producers Find
Vietnam Attractive
Foreign companies find Vietnam's 8
percent/year growth a great incentive for
investment in the country, and petchem
producers are no exception. Demand for
polymers is very strong and growing rapidly,
with leading polymers including
Polyethylene, Polypropylene, Styrenics,
Polystyrene, expandable Polystyrene,
Acrylonitrile-butadiene styrene and
Polyvinyl chloride. Major producers
including Mitsui, Idemitsu Kosan, Vietnam
Oil and Gas (Petrovietnam) and Vietnam
Chemical (Vinachem) have already made or are
now making investments in the country.
Long Son Petrochemical Co. just received
approval from the Vietnamese government to
build a $3.77 billion (Euro 2.4 billion)
complex in the south that should be
operational in 2013. Sinopec and Petrolimex
are considering construction of a $4.5
billion refinery and chemical plant in the
central part of the country. If all projects
come onstream, Vietnam will become a leading
polymer producer in the Association of South
East Asian Nations (ASEAN) region. It will
face competition from countries such as
Singapore, Thailand and Malyasia, however.
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Carbon Credits and
Emissions Trading Could Have Significant
Impact on Chemical Industry
With a global agreement to reduce carbon
emission by 50 percent by 2050 adopted by
many countries, the $14 billion carbon
credit market is set to expand rapidly.
Carbon emission reduction trading platforms
are already in place in Asia and Europe,
with further exchanges in Asia under
discussion.
The United States continues to resist
ratification of the Kyoto Protocol. Most
recently, the Bush administration said it
would not regulate the emission of
greenhouse gases (GHGs) under the Clean Air
Act (CAA), defying a Supreme Court order in
doing so. Instead, the EPA issued a notice
of proposed rulemaking, asking for public
comment on "the effects of climate change
and the potential ramifications of the Clean
Air Act in relation to greenhouse-gas
emissions." Many in the industry and at the
EPA believe that the CAA is not the
appropriate forum for regulating GHGs, and
that Congress should establish a national
policy to manage this issue.
Separately, the European Commission has
proposed changes to the European Union's
Emission Trading Scheme (ETS) to enable
reduction of greenhouse-gas emissions by 20
percent by 2020. The proposals specifically
cover the petrochemical and inorganic
subsectors, and the proposals reduce and
ultimately eliminate free allowances to
chemical companies, reduce emissions caps
annual, and include provisions that prevent
or at least make costly the use of
"off-shoring" as a means for avoiding
participation in the ETS.
Many believe the changes could have profound
effects on the petrochemical industry,
adding a significant financial burden that
would be difficult to pass on to customers,
considering the highly competitive global
marketplace. Both the European Parliament
and the European Council have shown an
interest in getting these proposals adopted
by spring 2009.
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Scientists Claim NF3
Poses Greater Greenhouse Risk than CO2
Nitrogen trifluoride (NF3), used as a plasma
etchant and for equipment cleaning in the
semiconductor industry, has a lifetime of
550 years and a global warming potential
thousands of times greater than Carbon
dioxide, according to scientists in the
Earth System Science Department at the
University of California, Irvine. The
substance is not included in the Kyoto
Protocol on Climate Change because it was
produced in much smaller quantities in 1995
when the Protocol's data was gathered.
Leading producers of NF3 include Air
Products, Formosa Plastics, Mitsui Chemicals
and Kanto Denka Kyogo. According to
scientists, current production is
approximately 4,000 metric tonnes/year.
Planned expansions could double that by
2010. While most of the NF3 used in
production processes is destroyed,
scientists argue that some fraction must
escape to the atmosphere during the process
and when the substance is being transported
or disposed.
Air Products, a major producer of Nitrogen
trifluoride, responded that the study
presents an "inaccurate and implausible
scenario." According to Corning Painter,
vice president of global electronics for the
company, NF3 serves as a source for
Fluorine, which is used to clean
manufacturing equipment. Of the two percent
that isn't consumed in the process, most of
the gas is destroyed by emission control
equipment.
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