CHEMICAL UPDATE
AUGUST 2015
McIlvaine Company
Yara and BASF Break
Ground on New Ammonia Plant in Freeport, Texas
QuantumSphere Completes
Nanocatalyst Production Facility
AkzoNobel Expands
Performance Coatings Research Facility in Houston
BioAmber Announces
Opening of World's Largest Succinic Acid Plant in Sarnia, Ontario
Albemarle Begins
Commissioning of New Lithium Carbonate Production Plant in Chile
Honeywell Resins and
Chemicals Breaks Ground on New Resin Manufacturing Line in Virginia
H.B. Fuller Breaks
Ground On New Adhesives Plant in Indonesia
Solvay Starts Up
Fluoroelastomers Plant in China
BASF Starts Construction
of Chemical Catalysts Plant in China
Linde to Install World’s
Largest Onsite Fluorine Plant in South Korea
BP Starts Up World’s
Largest PTA Production Unit
Toyo Wins Contract for
Synthetic Rubber Plant in Indonesia
Asahi Kasei to Expand
Production of Styrenic Thermoplastic Elastomer
MHI and Mitsubishi to
Build Large-Scale Fertilizer Plant in Uzbekistan
Messer Commissions Second Krypton and Xenon Production
Unit in China
Sumitomo Announces Battery-Separator Capacity
Expansion, New Plant in Korea
BASF Inaugurates New Plant for High Performance
Ultramid® in China
Celanese to Construct VAE Emulsions Unit in Singapore
Solvay Launches Silica Plant Construction in South
Korea to Meet Energy Saving Tire Demand
Showa Denko to Build Hydrogen Fluoride Facility in
China; Doubled Japan Capacity
WACKER Starts up New Production Plant for Specialty
Monomers at Burghausen
Air Liquide Starts Up Large Hydrogen Production Unit in
Germany
Sasol’s Wax Expansion Project Phase I Successfully
Commissioned
Yara International ASA and BASF broke ground recently on a
world scale ammonia plant at the BASF site in Freeport, Texas. Total capital
investment for the plant – which is expected to come online in 2017 – is
estimated at $600 million. As part of the project, Yara will build an ammonia
tank at the BASF terminal and BASF will upgrade its current terminal and
pipeline assets for the export of ammonia from the new plant.
“I am very pleased to be here today, initiating the
construction of an important investment for Yara – alongside our partners at
BASF. The building of the Freeport Ammonia plant is a firm demonstration of how
we deliver on our growth strategy,” said Torgeir Kvidal, President and CEO of
Yara.
“BASF is in a period of significant investment in North
America,” said Wayne T. Smith, Chairman & CEO of BASF Corporation and member of
the Board of Executive Directors of BASF SE. “Through the joint investment with
Yara, we can take advantage of world-scale production economics and the
attractive raw material costs in the United States; strengthening our operations
in Freeport and the competitiveness of our customer value chain in the region.”
The plant will have a capacity of about 750,000 metric tons
per year and will be owned 68 percent by Yara and 32 percent by BASF. Each party
will off-take ammonia from the plant in accordance with its equity share. BASF
will use its share of ammonia from the plant to produce caprolactam, a key
ingredient in the manufacture of nylons for carpet, textiles, film,
monofilaments, and wire and cable. Yara will market the remainder mostly to
industrial customers in North America, in addition to supplying the agricultural
sector.
The hydrogen based process that will be used in the new
plant significantly reduces capital expenditures and maintenance compared to a
traditional natural gas based ammonia plant. A long-term supply agreement for
nitrogen and hydrogen has been signed with Praxair, Inc, the largest industrial
gases company in North America, linking the feedstock variable cost to the
advantageous natural gas prices available at the U.S. Gulf coast.
KBR, Inc, Houston, Texas, has been awarded a fixed price
turnkey contract for the engineering, procurement and construction. The plant is
expected to be completed by the end of 2017. Yara will manage construction of
the plant; BASF will operate the plant.
Peak construction for the project will create up to 550
jobs. Once completed, operation of the plant will add approximately 35 full time
BASF positions in Freeport.
QuantumSphere, Inc. (QSI; Santa Ana, Calif.;
www.qsinano.com) says it has completed its state-of-the-art manufacturing
facility for the production of the company’s proprietary FeNIX nano iron
catalyst product.
FeNIX nanocatalysts were developed to address costly
production inefficiencies within the several hundred ammonia plants in operation
worldwide. QSI’s high surface area FeNIX nanocatalysts, applied as a coating to
existing commercial ammonia catalysts, provide a “turbo-charging” effect to
catalytic activity – increasing conversion efficiency and overall production
output in the nearly $100 billion global ammonia industry. Earlier this year,
FeNIX nanocatalysts demonstrated an increase in production rate by 10 to 15% in
a commercial reactor which could translate to more than $100 million in
additional revenue for a typical, medium-sized ammonia plant over the life of
the catalyst — with no plant modifications or additional capital expenditure.
Matthew Griffith, vice president of Operations, says “We
are excited to report that we have successfully scaled and tested all aspects of
our multi-step FeNIX manufacturing process, including a patented, automated
gas-phase-condensation (GPC) process to tightly control nano-particle size and
distribution, and a secondary passivation process allowing the highly active
material to be safely handled and transported. In addition, we have completed
our proprietary physisorption coating equipment which is used to adhere the
FeNIX nanocatalysts onto base commercial pre-reduced ammonia catalysts on-site
at an ammonia production facility.”
Kevin Maloney, president and CEO, adds, “Our ability to
deliver FeNIX and other nanocatalysts in commercial quantities, combined with
our industrial-scale validation results and Joint Development Agreement with
Casale, strongly positions QSI to become an important value-added technology
provider in the large and growing global ammonia market.”
QSI announced in May its multi-year Joint Development
Agreement with Casale S.A. (Lugano, Switzerland; www.casale.ch), a global leader
in production technologies for ammonia, urea, melamine, methanol, syngas,
nitrates and phosphates. Casale’s reactor production technologies are utilized
in approximately 38% of global ammonia production and 39% of global methanol
production, which are key target markets for QSI.
Casale and QSI have agreed to collaborate on the
development of commercial technologies for ammonia, methanol, and other
industrial chemicals, which collectively account for several hundred billion USD
in annual global production. Casale also agreed to utilize QSI as its exclusive
provider of nanocatalysts for its chemical synthesis processes during the term
of the agreement due to QSI’s products’ demonstrated increase in catalytic
activity and patented high volume manufacturing process.
AkzoNobel Performance Coatings is investing around €3
million ($3.4 million) to expand its research and development facilities in
Houston, Texas.
The upgraded facility will support the company’s Protective
Coatings, Marine Coatings and Specialty Coatings businesses. Completion is due
in early 2016.
“The expanded facility will provide a central,
state-of-the-art technical resource for our businesses in the US, creating the
critical mass for effective R&D to efficiently support our customers,” said
Aidan Mernin, RD&I Director for Protective Coatings.
The expanded
facility will be able to house up to 35 laboratory staff, with 30 skilled
technologists employed initially. Key capabilities will include a dedicated area
for experimental paint making, a modern paint application laboratory and
environmentally controlled drying areas for conditioning of test panels.
Enhanced chemical resistance testing will also be available to support the
Ceilcote and Enviroline linings ranges in North America.
“This investment underlines our focus on technology and
product innovation and providing technical support for our customers,” said
Mauricio Bannwart, Managing Director of AkzoNobel’s Protective Coatings
business. “It will be an integral part of our global RD&I function and will
directly contribute to our overall growth plans.”
Facility uses biotechnology to produce sustainable
chemicals from sugar
BioAmber Inc., a leader in renewable chemistry, announced
today the opening of its BioAmber Sarnia plant that was jointly built with
Mitsui & Co., Ltd.
BioAmber Sarnia makes renewable chemicals from sugar
instead of petroleum. The new plant uses innovative biotechnology and will
produce biobased succinic acid from glucose sourced from southern Ontario
agricultural suppliers. The BioAmber Sarnia plant is the world's largest
succinic acid production facility and will be globally competitive while making
chemicals more sustainably.
BioAmber Sarnia is part of the growing bio-industrial
cluster in Sarnia Lambton and has received support from the Government of Canada
and the Government of Ontario through the Ontario Ministry of Economic
Development, Employment and Infrastructure's Strategic Jobs and Investment Fund.
BioAmber is also grateful for the support of Bioindustrial Innovation Canada and
the Sarnia Lambton community.
BioAmber Sarnia's financial partners include Export
Development Canada, the Farm Credit Corporation and Comerica Bank.
•BioAmber Sarnia construction cost: approximately US $141.5
million
•Capacity: 30,000 tons/year of succinic acid
•World's largest succinic acid plant
•Disruptive technology is lower cost than oil-based
production
•Markets: increasing demand for renewable building block
chemicals in large global markets
•Applications: examples include: plastics, paints, textiles
and coatings, artificial leather, food and flavours and personal care products
•Volumes specified in signed take-or-pay and sales
agreements exceed annual production capacity
•Approximately 300 construction jobs and 60 full-time jobs
were created by the project; many of the plant operators are graduates from
Lambton College
•100% reduction of Greenhouse Gas (GHG) emissions compared
to the equivalent production process that uses petroleum.
JF Huc, CEO BioAmber: "We're excited that our renewable
chemicals made from sugars are making everyday applications around the world
more sustainable. We believe our disruptive biotechnology is going to profitably
deliver benefits for the environment, our customers, our shareholders and the
Sarnia Lambton community. "
Albemarle Corporation (NYSE: ALB), a premier specialty
chemicals company and leader in the production of lithium and lithium compounds,
announced recently the commencement of commissioning activities associated with
its new, state-of-the-art lithium carbonate production plant.
The 20,000 MT plant, located at Albemarle's La Negra site, near the port
of Antofagasta in northern Chile, will enable the company to meet the
accelerating demand for lithium, especially high purity lithium compounds
required for the production of large format lithium ion batteries.
The plant is on schedule to produce commercial quantities
of lithium carbonate during the third quarter of 2015.
Albemarle expects to increase production from the new capacity beginning
early in 2016. Initial production
will be sold into technical applications while more lengthy battery grade
qualifications take place.
The commissioning and planned startup of this new plant
further demonstrates Albemarle's commitment to meeting the demands of its
customers, offering a reliable and reputable supply of high quality products and
maintaining its position as a global leader in lithium production.
Visiting Chile last week, President and CEO Luke Kissam
said, "I am very proud of the work our team has done to construct and now
commission this state-of-the-art facility in Chile.
The company invested roughly $200 million to ensure we have a reliable
source of supply for our customers as their demand for lithium, especially high
purity lithium compounds, increases.
Today, we are beginning to see the results of that hard work and investment, and
I look forward to a bright future for our business.
I thank our employees and the people of Chile for their support as we
continue to grow responsibly in the region."
Honeywell (NYSE: HON) Resins and Chemicals announced
recently that it has broken ground on its new nylon resins production line at
its Chesterfield, Va., manufacturing facility.
The new production line at Honeywell's Chesterfield, Va.,
plant will be the only North American source of key food packaging resins.
The new production line can produce multiple grades of
Honeywell Aegis® nylon 6 resins, as well as copolymer nylon 6/6.6 resins, both
of which are used in food packaging films and other applications. When the line
starts up in the fourth quarter of 2015, Honeywell's Chesterfield facility will
become the first and only North American supplier of both resins.
Honeywell announced in April 2014 its plans to build the
new line, which will expand the manufacturing capacity of the Chesterfield
facility by 40,000 metric tons to 200,000 metric tons per year.
"Honeywell has been committed to the nylon market for more
than 60 years, and we are investing in expanding our capabilities and developing
new technologies," said Erin Kane, vice president and general manager of
Honeywell Resins and Chemicals. "Our position as the only fully-integrated North
American manufacturer of both nylon 6 and copolymer nylon 6/6.6 will provide
film manufacturers with a more secure resin supply than they have today."
The expansion will also showcase technologies developed by
other Honeywell businesses, including Experion® PKS distributed process control
systems from Honeywell Process Solutions.
Nylon packaging films made with Aegis® resins provide
excellent barrier properties to oxygen, helping to retain flavor and maintain
product freshness. In addition to food packaging films, Aegis resins are used in
automotive, consumer and industrial applications spanning from carpeting and
fishnet to plastic parts. Honeywell Resins and Chemicals also manufactures nylon
films under the Aegis and Capran® brands for use in food packaging, as well as
industrial applications ranging from wind turbine blades to aerospace
components.
Through its nylon manufacturing operations, Honeywell
Resins and Chemicals produces many chemical intermediates, including phenol,
Nadone® cyclohexanone, Naxol® cyclohexanol, acetone and caprolactam. The
business also manufactures Sulf-N® ammonium sulfate fertilizer, a co-product of
caprolactam production. Honeywell's plant in Hopewell, Va., with a capacity of
350,000 metric tons of caprolactam per year, is one of the world's largest
caprolactam and ammonium sulfate plants.
In addition to manufacturing, the business also conducts
nylon-related research and development at technology centers in New Jersey and
Virginia, where it operates laboratory-scale polymer reactors and blown film
equipment, as well as in Shanghai, China, where the business has extensive
analytical capabilities for resin development.
H.B. Fuller Co. (St. Paul, Minn.; www.hbfuller.com) broke
ground on its future manufacturing facility in Surabaya, Indonesia. This future
facility will strengthen H.B. Fuller’s network in the Asia Pacific region and
will complement the products and technical service offered by the company’s
manufacturing facilities in China, the Philippines, Malaysia and Australia.
“This future manufacturing facility is an excellent example
of how we will leverage our global reach and technical knowledge to empower
local experts,” says Jim Owens, H.B. Fuller president and chief executive
officer. “Today, we mark an important milestone in our commitment to deliver
value to our customers in Asia, enhance our competitive position, and continue
making investments in the capabilities necessary to support our long-term growth
strategy.”
The company anticipates production of hot-melt and
water-based adhesives products to begin in the second quarter of 2016. This
increased capacity in the region will enable the company to consistently meet
local customers’ requirements and grow significantly in Southeast Asia,
particularly Indonesia.
From this new site, H.B. Fuller will provide adhesive
solutions to customers in the hygiene, packaging, woodworking, filter, product
assembly, container labeling and other durable assembly industries.
Solvay S.A. (Brussels, Belgium; www.solvay.com) has begun
production at its new fluoroelastomers (FKM) plant in Changshu, China, as part
of its ongoing strategic site expansion, to meet booming demand for its
specialty polymers from Asia’s fast-growing automotive industry and multiple
other high-end markets.
As Solvay Specialty Polymers’ third fluorelastomer unit in
the world it benefits from the site’s existing Specialty Polymers operations*
and infrastructure, as well as from secure raw material supplies through its
joint venture with nearby Shanghai 3F New Material Co.
From Changshu, Jiangsu Province, Solvay will supply its FKM
brand Tecnoflon® which resists aggressive chemicals and heats of more than 250°C
and is easy to process in various different molding techniques. Typical end-use
products are gaskets, shaft seals and hoses used in sealing applications in the
automotive, industrial and oil and gas industries.
“This state-of-the-art fluoroelastomers facility
considerably strengthens our global industrial footprint, extending our reach
from Europe and the United States to Asia,” said Augusto Di Donfrancesco,
president of Solvay’s Specialty Polymers Global Business Unit. “Solvay Specialty
Polymers offers the industry’s most diversified range of high-end polymers and
our expansions in Changshu will bring us closer to our customers and support
them in maintaining their competitive edge in their market segments.”
At the same site, Solvay Specialty Polymers is constructing
a unit for the production of polyvinylidene fluoride (PVDF) to supply Solef. The
unit is due to come on-stream by early 2017. In addition to fluoroelastomers,
Solvay’s operations at Changshu include compounding, based on its specialty
polymers resins.
BASF has started building a new chemical catalysts
manufacturing plant at its existing site in the Shanghai Chemical Industry Park
in China, in an effort to meet growing Chinese and Asian market demand.
The chemical company said on June 18 that the new plant
will be its first process catalysts manufacturing facility in the Asia Pacific
region. It will produce base metal catalysts, custom catalysts and adsorbents,
which are used in the production of fatty alcohols, sulfuric acid and butanediol
and for the removal of impurities from olefins.
The plant design is said to be highly automated and energy
efficient. It offers the opportunity for future expansion and the flexibility to
adapt to new customer production requirements in the years ahead.
Commenting at the recent groundbreaking ceremony, Detlef
Ruff, BASF's senior vice president for Process Catalysts, said that the new
facility in the Shanghai Chemical Industry Park would strengthen the company's
manufacturing footprint in Asia Pacific and improve its proximity to customers
in the fastest growing region for its base metal and custom catalysts solutions.
"This new facility will be integrated into our global
chemical catalysts manufacturing infrastructure allowing us to support strong
regional demand growth while increasing our manufacturing capacity and overall
production efficiencies," he explained.
Manufacturing activities at the new plant are planned to
start in the fourth quarter of 2016.
The Linde Group’s (Munich, Germany; www.linde.com)
affiliate Linde Electronics and Specialty Gases announced the construction of a
new onsite fluorine plant to supply SK Hynix Semiconductor, a world-leading
manufacturer of DRAM and NAND flash memories. The plant, which is said to be the
world’s largest onsite fluorine (F2) plant, will supply the M14 line in Icheon,
South Korea from the end of Q2 2015. This expansion of Linde’s patented on-site
F2 technology to this new facility follows successful implementations at all SK
Hynix’s production sites.
Carl Jackson, VP, Technology and Applications Development,
Linde Electronics, said: “We’re proud to have had such a successful relationship
with SK Hynix over the last 10 years, which has demonstrated the process
benefits possible with onsite F2 along with a perfect safety record. We look
forward to continuing to work together to further help SK Hynix improve the cost
effectiveness of its manufacturing process.”
Linde’s on-site F2 technology has an established presence
for chamber-cleaning applications across semiconductor, display and solar
industries. It has been proven to be a highly effective fluorinated cleaning
gas, demonstrating reductions in cleaning and recovery time and reduced plasma
power consumption including, in some cases, elimination of the requirement to
generate plasma for cleaning and reduced mass of chemicals required compared to
the fluorinated gases typically used. Increasing concerns over the environmental
impact of NF3 and potential legislation that could restrict its use in the
future also contribute to interest in this proven technology.
BP p.l.c. (London; www.bp.com) celebrated the official
startup of the Phase 3 purified terephthalic acid (PTA) plant of Zhuhai Chemical
Co., enhancing its position in the purified terephthalic acid market and its
longterm commitment in China.
BP Zhuhai, in which BP and Zhuhai Port Co. hold an 85% and
15% stake respectively, is the leading Sino-foreign joint venture producing and
marketing PTA in China.
The completed Phase 3 plant, with a design production
capacity of 1.25 million metric tons per year (m.t./yr), is said to be the
world’s largest single-train PTA unit.
Commenting on the investment in Zhuhai, Edward Yang,
president of BP China, said: “BP Zhuhai is a good example of our long-term
commitment in Guangdong province, which accounts for a large proportion of our
investment in China. We look forward to playing a greater and more active role
in the progression of the ‘Green Guangdong Agenda’ by providing our significant
experience and expertise in clean energy and energy efficiency.”
Zhuhai Phase 3 is the first site to use BP’s most recent
version of its PTA technology. Compared with conventional technology, Zhuhai 3
is highly energy efficient and delivers 95% lower solid waste, 65% lower
greenhouse gas emissions and 75% lower water discharge, therefore bringing
benefits both for society and the company.
Nick Elmslie, chief executive of BP’s Petrochemical
Business, said: “Technology is one of the key drivers for BP’s success. And this
latest unit employs BP’s most advanced PTA manufacturing technology that will
enable us to deliver high-quality products to our customers with higher
operational efficiency and environmental performance.”
PTA is the essential raw material for making polyesters,
and is extensively used in producing textiles, packaging and film products.
Toyo Engineering Corp. (Toyo; Chiba, www.toyo-eng.co.jp)
and PT. Inti Karya Persada Tehnik (IKPT) have been awarded a contract for a
synthetic rubber plant project with a production capacity of 120,000 metric tons
per year (m.t./yr) in Cilegon, Java, Indonesia from PT. Synthetic Rubber
Indonesia (SRI), a joint venture company of Compagnie Financiere Du Groupe
Michelin (Michelin) and PT Chandra Asri Petrochemical Tbk (CAP).
This synthetic rubber plant will produce solution styrene
butadiene rubber (SSBR) and polybutadiene rubber with neodymium catalyst (PBR)
licensed by Michelin, which will be used to produce tires. The plant will
utilize butadiene feedstock produced by PT Petrokimia Butadiene Indonesia, a
subsidiary of CAP. Toyo entered into an offshore-supply contract and IKPT
entered into a detailed engineering, procurement and construction contract with
SRI separately. The target for completion is 2018.
Asahi Kasei Chemicals Corp. will increase annual production
capacity for hydrogenated styrenic thermoplastic elastomer (SEBS) by 30% at its
Kawasaki Works site in Kanagawa, Japan, with startup scheduled for June 2016.
The expansion of performance polymer operations is a key
element in the strategy of Asahi Kasei Chemicals. The company’s synthetic rubber
and elastomer business has undergone proactive expansion focused on
high-function and high-value added products. The company’s SEBS products are
used in a wide range of applications, including plastic modification and
adhesives, earning high regard from customers around the world.
SEBS is used as a modifier that enables polypropylene to be
made flexible while maintaining transparency, and there are growing needs for
flexible material as a substitute for polyvinyl chloride, especially in medical
applications. Demand growth for this particular application has been centered in
Europe and China in recent years. To meet growing demand, Asahi Kasei Chemicals
increased production capacity for SEBS at its Kawasaki Works by 20% this spring.
As continued demand growth is forecasted, the company decided to further
increase production capacity by 30%.
Mitsubishi Heavy Industries, Ltd. (MHI; www.mhi-global.com)
and Mitsubishi Corp. (MC; both Tokyo, Japan; www.mitsubishicorp.com) will build
a large scale ammonia and urea fertilizer production plant for Navoiyazat Joint
Stock Co. (Navoiyazat JSC), a chemical production company of the Uzkimyosanoat
Joint Stock Co. (Uzkimyosanoat JSC) that manages chemical enterprises in
Uzbekistan. An EPCC (engineering, procurement, construction and commissioning)
contract with Navoiyazat JSC will soon take effects.
The fertilizer plant will be built in Navoiy, a city in the
central region of the country. Utilizing Uzbekistan’s abundant natural gas
resources as feedstock, the plant will have the capacity to produce 2,000 metric
tons per day (m.t./d) of ammonia and 1,750 m.t./d of urea supergranules using
the state-of-the art technologies and licenses from world leading companies. MHI
will be responsible for fertilizer plant design, manufacture and procurement of
equipment, on-site construction work and commissioning. MC, jointly with
Mitsubishi Corporation Machinery, Inc., will handle transportation of plant
equipment.
Uzbekistan became an independent state after the breakup of
the former Soviet Union in 1991. Thanks to successful market-oriented economic
reforms, the country has maintained a high economic growth rate of 7–9% since
2004. Along with this economic development, Uzbekistan is conducting a program
to modernize its infrastructure and production facilities with introduction of
modern and energy efficient technologies. The new fertilizer plant construction
project is part of this initiative. The project also aligns with Japanese
government efforts to support infrastructure system exports, and is expected to
contribute to the economic development of Uzbekistan.
Uzkimyosanoat manages a number of companies, including 14
chemical enterprises; 13 regional distribution and logistics companies; 2
freight forwarding companies, a brokerage company and 2 research and design
institutes. The total number of employees exceeds 48,000. The products
manufactured by them include mineral fertilizers; inorganic products; and
organic chemistry, acids, synthetic fibers, polymeric materials and household
goods. Uzkimyosanoat is the only company in the region which produces all three
types of mineral fertilizers (nitrogen, phosphorus and potassium). Currently
Uzkimyosanoat started implementation of several big projects aimed for
diversification and production of high value added products, such as automobile
tires, conveyer belts, polyvinylchloride (PVC), caustic soda, methanol, NPK
fertilizers and others. Navoiyazat JSC locates in Navoiy and manufactures more
than 60 kinds of products, including fertilizers, chemicals, polymers, and
acids.
Messer, the largest privately managed industrial gases
specialist, has been producing the noble gases krypton and xenon at a new
production facility in the central Chinese city of Panzhihua, Sichuan province,
since May. In 2012, Messer commissioned its first noble gas unit in China – in
Xiangtan, Hunan province, in the south of the country. With an additional annual
production capacity of 5,000 cubic metres of krypton and 450 cubic metres of
xenon with a purity of 99.999 per cent, Messer is the largest producer of
high-purity krypton and xenon in China now.
“It was important to us to produce our own krypton and
xenon. Thanks to our state-of-the-art facilities in Xiangtan and Panzhihua, we
can now guarantee our local and international customers a reliable and
top-quality supply,” emphasises Werner Hickel, Managing Director of Messer in
China.
Krypton and xenon are two of the rarest elements found on
the earth. They are used in the manufacture of light bulbs and gas lasers,
amongst other applications. Krypton is also used as an insulating gas filling
for double-glazed windows.
Sumitomo Chemical Co. (Tokyo; www.sumitomo-chem.co.jp)
plans to more than double its production capacity for lithium-ion secondary
battery separators at a site in Japan. In addition, a new production plant for
lithium-ion secondary battery separators will be built in South Korea, and is
scheduled to start commercial-scale production in 2017.
•Polymerization capacity of 100,000 metric tons per year
•Local production supports growth of polyamide industry in
Asia Pacific
BASF recently inaugurated its new Ultramid® (polyamide 6
and 6/6.6) polymerization plant at the Shanghai Chemical Industry Park in
Shanghai, China. The new plant, with a capacity of 100,000 metric tons per year,
will further strengthen BASF’s local production and supply network and better
serve the growing market in Asia Pacific.
“This is the first investment in polyamide polymerization
for BASF in Asia Pacific and shows our strong commitment to this market. The
innovative production setup enables us to respond to our customers’ needs even
quicker with more flexibility,” said Dr. Kurt Bock, Chairman of the Board of
Executive Directors of BASF.
“The demand for polyamide products in the engineering
plastics, fiber and film industries will continue to grow strongly, particularly
in China. With the local production facility, we are well-positioned to support
our customers’ strong growth and help them to develop innovative products for
tapping into market opportunities,” said Dr. Albert Heuser, President Functions
Asia Pacific, President and Chairman Greater China, BASF.
The BASF wholly-owned plant was built at the Shanghai
Chemical Industry Park in Caojing which is also home to a world-scale facility
for integrated isocyanates, operated by BASF and partners. At this location,
BASF also has production plants for polytetrahydrofuran (PolyTHF) and
polyisocyanate (Basonat®) for the coatings and furniture finishing industry,
precious metal solutions for automotive catalysts, and an automotive coatings
plant operated by BASF’s joint-venture company, BASF Shanghai Coatings Co., Ltd.
High performance Ultramid® products for the engineering
plastics, film, fiber and monofilament industry.
With more than 60 years of experience, BASF is the leading supplier of
high quality polyamide and polyamide intermediates for the engineering plastics,
film, fiber and monofilament industry. The line of products include Ultramid® B
(polyamide 6), Ultramid® C (polyamide 6/6.6 copolymer), Ultramid® A (polyamide
6.6) and Ultramid® S Balance (polyamide 6.10). The product offerings are
supplemented by technical services for the customers.
BASF operates Ultramid® polymerization plants also in
Ludwigshafen, Germany; Antwerp, Belgium; Freeport, USA; and São Paulo, Brazil.
The production of polyamide for film, textile and carpet fiber as well as for
engineering plastics applications is integrated into BASF’s global Verbund
structure with polyamide intermediates (i.e. adipic acid, anolone, caprolactam),
chemical raw materials (i.e. ammonia, cyclohexane, sulfuric acid), energy,
by-product recovery, logistics and other services.
Celanese Corporation (NYSE: CE), a global technology and
specialty materials company and a global leader in vinyl acetate ethylene (VAE)
emulsions, recently announced it has begun construction of a VAE emulsions
production unit at the company’s acetyls facility on Jurong Island, Singapore.
The unit is expected to begin production by mid-2016.
This Singapore unit will be the third VAE investment by
Celanese in Asia, demonstrating the company’s commitment to growth and
development of its emulsions business in the region. The Singapore plant will
support the Southeast Asia region including India, Australia and New Zealand.
“Building a new VAE emulsions unit within the Jurong Island
facility allows us to take advantage of existing infrastructure and ensure
geographic coverage,” said Mark Murray, vice president and general manager of
the Celanese emulsion polymers business. “With a VAE plant in Singapore, we will
broaden our network to better serve customers throughout the Asia-Pacific
region, primarily in the higher-end applications of architectural coatings,
building and construction, carpets, and paper industries.”
“This new VAE emulsions facility will build on the
capability we have developed over the last 15-plus years in Singapore and we are
excited about our continued growth in the region.” said Mark Oberle, senior vice
president, Asia. “This expansion will support Celanese’s growth strategy to
expand our reach into emerging markets by bringing highly successful products
such as Celanese EcoVAE® – a low odor paint emulsion – from the mature regions
of Europe, the U.S., and China to Southeast Asia.”
Celanese created EcoVAE® emulsions for use in low-VOC
(volatile organic compounds) paints. These emulsions address formulation and
regulatory concerns as well as offer distinct competitive marketing advantages
especially among environmentally-conscious consumers. EcoVAE® emulsions can be
formulated into low-odor and low-to-near-zero VOC interior coatings.
Celanese currently operates two VAE emulsions units in
Nanjing, China. The first began production at the company’s Nanjing integrated
chemical complex in 2007, and the second began production at the same complex in
2011.
Solvay today launched the construction of its Highly
Dispersible Silica (HDS) production plant in Gunsan, South Korea, to address
growing demand in Asia for energy saving tires and to develop innovative HDS
grades.
In the presence of the Head of Jun-Book province, the mayor
of Gunsan and other local dignitaries, Solvay officially broke ground for the
construction of the plant, which with an annual capacity of more than 80 000
tons, is expected to be operational in the next two years.
Solvay’s Global Business Unit (GBU) Silica will produce its
latest and most advanced gradesof high performance silica including Efficium®.
This latest generation of Highly Dispersible Silicaallows for higher
productivity and greater flexibility in producing energy saving passenger car
and truck tire compounds.
“This new production platform will be dedicated to silica
innovations for Asia. Together with the Silica research facility, part of
Solvay’s new R&I Center at the Ehwa University Campus in Seoul, we are well
placed to speed up innovations in close cooperation with our regional
customers,” said An Nuyttens, President of Solvay’s Silica GBU.
The facility in the Saemangeum zone, close to Gunsan city
in Jeollabuk-do province, will over time replace an important part of the
current capacity at Solvay’s Silica site in Incheon, which is located in area
designated for future residential development.
Showa Denko (SDK) (TOKYO:4004) has started strengthening
its system for supplying high-purity hydrogen fluoride (HF), a specialty gas for
semiconductor production. SDK has decided to build a new HF production facility
in China, and in March 2015 doubled the capacity of its existing HF production
facility in Kawasaki, Japan.
High-purity HF is used mainly as a cleaning gas in the
process of producing semiconductors. In recent years, the number of cases where
HF is used as an etching gas in the process of dry etching which is called
Chemical Oxide Removal (COR) is increasing. If a semiconductor manufacturer
tries to introduce HF as an etching gas, there are many technical problems to be
solved to maintain high-purity of the gas, which is necessary for etching.
However, SDK’s high-purity HF for COR has been successfully penetrating the
market due to the Company’s proprietary purification technology and achievement
of long-term stability of HF’s quality in the gas cylinders for preservation.
COR is attracting semiconductor manufacturers’ attention as
a fine-etching technology to replace plasma etching and wet etching, and
consequently the demand for high-purity HF to be used in the COR process is
becoming lively. To meet this active demand, SDK completed in this March the
expansion of its HF production facility in Kawasaki Plant.
In addition, SDK has decided to build a new facility to
produce high-purity HF in the premises of its wholly-owned subsidiary Shanghai
Showa Electronics Materials Co., Ltd. (SSE), of China, in order to establish
speedy and flexible high-purity HF supply system with multiple production bases
and provide our customers in China with better service. The new facility is
planned to have the same capacity as that of Kawasaki Plant. We will start the
construction work in the course of this April, and aim to start operation of the
new HF plant in China by the end of 2015.
Etching with high-purity HF can attain better productivity
than that of wet etching with chemical fluids, and can achieve lower production
cost than that of plasma etching. Thus, the demand for high-purity HF for
etching is expected to continue growing in the future. SDK will aim to respond
to the increasing demand for high-purity HF with its stable supply system, while
further improving the product quality with its proprietary technology.
Wacker Chemie AG has officially started up a new
specialty-monomer plant with an annual capacity of 3,800 metric tons at its
Burghausen site in Germany. The specialty monomers vinyl neodecanoate and vinyl
laurate are key raw materials in the manufacture of specialty dispersible
polymer powders. The goal of the new plant is to ensure that WACKER has
sufficient specialty-binder capacity available, both now and in the future, to
provide its customers with a secure, long-term supply of high-quality products.
WACKER invested some €8 million in the facility and has, as a result,
strengthened its position as the world’s biggest producer of dispersible polymer
powders.
New plant for specialty monomers at WACKER’s Burghausen
site. Specialty monomers are important raw materials in the manufacture of
specialty dispersible polymer powders. WACKER invested some €8 million in the
new plant and, as a result, has strengthened its position as the world’s biggest
producer of dispersible polymer powders.
By expanding its capacities, WACKER is meeting global
demand for its dispersible polymer powders – which is rising amid such world
trends as urbanization, renovation and energy efficiency. The specialty monomers
vinyl neodecanoate and vinyl laurate give WACKER’s dispersible polymer powders
special properties, such as hydrophobicity.
Christoph Riemer, head of polymer-powder business at WACKER
POLYMERS, stresses how strategically important the new production facility is:
“With our new specialty-monomer plant, we now have the capacity we need to
secure long-term a captive supply of these raw materials, which are important
for polymer-powder production at Burghausen. In addition, the facility
reinforces our leading market and cost positions sustainably.”
Bors C. Abele, head of acetyls business at WACKER POLYMERS,
adds: “We have developed and patented our own novel process for the new plant
based on vinyl acetate – a raw material that we actually produce ourselves on
site. The process makes our production operations markedly more flexible and
self-sufficient compared with conventional processes elsewhere.”
WACKER has been producing dispersible polymer powders as
binders for dry-mix mortars in Burghausen, Germany, since 1957 and, today, is a
global technology and market leader in this field. VINNAPAS® polymer powders
find use in various construction applications such as tile adhesives,
self-leveling flooring compounds, plasters, repair mortars, external thermal
insulation composite systems and cementitious sealing slurries. They enhance
important end-product properties, such as adhesion, cohesion, flexibility and
flexural strength. Water retention, processing properties and weatherability
benefit from VINNAPAS®, too.
Air Liquide recently held the official start-up ceremony
for its new, state-of-the-art Steam Methane Reformer (SMR) unit located in the
Chempark Dormagen site near Cologne, Germany. Air Liquide invested around 100
million euros in this highly flexible production unit, which will supply Bayer
MaterialScience’s new large-scale TDI (toluene diisocyanate) plant, one of the
most important investments of the polymer company in recent years.
The new SMR, owned and operated by Air Liquide, has an
annual production capacity of 22,000 tonnes of hydrogen and 120,000 tonnes of
carbon monoxide. According to the long-term agreement signed in 2012, it will
supply Bayer MaterialScience with large quantities of carbon monoxide and
hydrogen, supporting the company’s ambition for this site to become their
European center for TDI production. The chemical is employed in the production
of flexible polyurethane foams, which are used to manufacture many everyday
articles including mattresses, car seats and upholstered furniture.
The unit was designed and built by the Air Liquide
Engineering & Construction teams using leading technologies that ensure the
highest standards of efficiency, flexibility and safety while increasing
production capacities.
Connected to Air Liquide’s 600 km Rhine-Ruhr pipeline, it
will also enable Air Liquide to provide other customers in the basin with
hydrogen.
Guy Salzgeber, Vice-President, Western Europe, and member
of Air Liquide group’s Executive Committee, commented: “We are proud to have
been chosen by Bayer MaterialScience as its technological partner for one of
their most important projects in recent years. Through this first major contract
in Germany with Bayer, we extend our long term worldwide relationship with this
customer. This investment also expands and strengthens Air Liquide’s position in
Germany by ensuring highly reliable supply to its customers. Germany is one of
the key countries for our Group in Europe, with around 600 million euros of
industrial investments in this country over the last 5 years.”
Phase I of Sasol’s Fischer-Tropsch Wax Expansion Project
(FTWEP) has been successfully commissioned at its Sasolburg Operations in South
Africa.
“This is a significant milestone and we are very pleased
with this development. It marks another step towards expanding our Southern
African operations as part of our dual regional strategy, while demonstrating
our commitment to South Africa through industrial investment,” said Bernard
Klingenberg, Executive Vice President, Southern African Operations, Sasol
Limited.
Commenting on the scale of the project, Stephan Schoeman,
Executive Vice President, Group Technology, Sasol Limited said: “Phase I of the
expansion of our wax facility in Sasolburg saw 31 million hours worked with an
exceptional safety record. Resourced by 450 engineers and with approximately 5
500 construction workers on site, we erected 7200 tons of steel and used nearly
600 kilometres of piping.”
Phase II of FTWEP has commenced with major construction
activity already underway and is expected to be commissioned in the first half
of the 2017 calendar year. The entire project will see Sasol invest R13,6
billion in the South African economy.
Marketed through Sasol Performance Chemicals, hard waxes,
medium waxes, liquid paraffins and waxy oils are applied to a variety of
industrial applications. Hard waxes are used in hotmelt adhesives, PVC
processing, inks, paints and coatings, and asphalt applications; medium waxes
are used in candle markets and emulsions in the manufacturing of construction
boards.
McIlvaine Company
Northfield, IL 60093-2743
Tel: 847-784-0012; Fax: 847-784-0061
E-mail: editor@mcilvainecompany.com
Website: www.mcilvainecompany.com