Saturday, July 14, 2012

Air Products Celebrates Manufacturing of 100th LNG Heat Exchanger

Adorned with a banner appropriately marking the milestone occasion, Air Products' APD +2.73% employees at its Wilkes-Barre, Pennsylvania manufacturing facility said bon voyage to the shipment of its 100th coil wound heat exchanger today. This Air Products proprietary and industry leading technology, vital to helping meet the world's increasing energy needs and desire for clean energy, is operating in 15 countries around the globe, processing and cryogenically liquefying valuable natural gas for consumer and industrial use.
"This is a testament to both what is an excellent and world leading technology, and the Air Products employees who for decades have manufactured this equipment. There is a lot of pride that goes into every single project and to see number 100 pass through the gates on its way to another global project site is an outstanding achievement," said Steve Jones, senior vice president and general manager, Tonnage Gases, Equipment and Energy, and China president for Air Products, who was at the Wilkes-Barre facility to celebrate with employees. The unit marking the 100th liquefied natural gas (LNG) heat exchanger manufactured in Wilkes-Barre is bound for the Donggi-Senoro LNG Project in Indonesia and is targeted to be placed onstream in 2014.
LNG is growing in importance globally in addressing the world's increasing energy needs and desire for cleaner energy. Air Products' LNG process technology and equipment is the heart of an LNG production plant. "We are able to place our technology at some of the most remote locations around the world and liquefy natural gas. Air Products' LNG technology takes this natural gas, which is essentially a stranded valuable resource, and unlocks it by liquefying it and making it possible to economically ship it around the world. The LNG is eventually re-gasified for energy use," said Jones.
At Wilkes-Barre, tube bundles, separators, distributors, piping, and other components are fabricated and positioned within the heat exchanger shell. The typical heat exchanger, which may be as large as 16.5 feet (5.0 meters) in diameter, 180 feet (55 meters) long, and weigh as much as 500 tons (455 metric tonnes), is then shipped via rail to an Air Products manufacturing annex at the Kinder Morgan Fairless Terminal in Bucks County, Pennsylvania, where final assembly is completed. The heat exchangers are then loaded on a ship and travel to LNG projects far from Wilkes-Barre including to locations in Algeria, Indonesia, Nigeria, Peru and Qatar, to name only a few sites, to make LNG to supply the world.
"These are very large pieces of equipment, measuring more than half a football field (60 yards in length), to manufacture and to ship. We have successfully done this now 100 times, safely and proficiently. In fact, heat exchangers we made here and supplied more than 35 years ago for customers are still operating, and many at production rates well in excess of their original design capacity. Every time we ship one of these units, there is just a great deal of satisfaction in a job well done," said Sandy McLauchlin, general manager at Air Products' Wilkes-Barre facility.
A majority of total worldwide LNG is produced with Air Products' technology. Air Products has now designed, manufactured and exported 100 coil wound heat exchangers for LNG projects around the globe from its Wilkes-Barre facility over the last four decades. In support of the LNG industry, Air Products provides process technology and key equipment for the heart of the natural gas liquefaction process, and also nitrogen plants for the baseload LNG facility, as well as process technology and equipment for small and mid-sized LNG plants, floating LNG plants, and LNG peak shavers. Upstream, Air Products provides both nitrogen and natural gas dehydration membrane systems for offshore platforms. Downstream, Air Products provides dry inert gas generators for LNG carriers, shipboard membrane nitrogen systems, and land-based membrane and cryogenic nitrogen systems for LNG import terminals.
About Air Products
Air Products APD +2.73% provides atmospheric, process and specialty gases; performance materials; equipment; and technology. For over 70 years, the company has enabled customers to become more productive, energy efficient and sustainable. More than 18,000 employees in over 40 countries supply innovative solutions to the energy, environment and emerging markets. These include semiconductor materials, refinery hydrogen, coal gasification, natural gas liquefaction, and advanced coatings and adhesives. In fiscal 2011, Air Products had sales of approximately $10 billion. For more information, visit www.airproducts.com .
NOTE: This release may contain forward-looking statements within the safe harbor provisions of the Private Securities Litigation Reform Act of 1995. These forward-looking statements are based on management's reasonable expectations and assumptions as of the date of this release regarding important risk factors. Actual performance and financial results may differ materially from projections and estimates expressed in the forward-looking statements because of many factors not anticipated by management, including risk factors described in the Company's Form 10K for its fiscal year ended September 30, 2011. 


Air Products Celebrates Manufacturing of 100th LNG Heat Exchanger

Adorned with a banner appropriately marking the milestone occasion, Air Products' APD +2.73% employees at its Wilkes-Barre, Pennsylvania manufacturing facility said bon voyage to the shipment of its 100th coil wound heat exchanger today. This Air Products proprietary and industry leading technology, vital to helping meet the world's increasing energy needs and desire for clean energy, is operating in 15 countries around the globe, processing and cryogenically liquefying valuable natural gas for consumer and industrial use.
"This is a testament to both what is an excellent and world leading technology, and the Air Products employees who for decades have manufactured this equipment. There is a lot of pride that goes into every single project and to see number 100 pass through the gates on its way to another global project site is an outstanding achievement," said Steve Jones, senior vice president and general manager, Tonnage Gases, Equipment and Energy, and China president for Air Products, who was at the Wilkes-Barre facility to celebrate with employees. The unit marking the 100th liquefied natural gas (LNG) heat exchanger manufactured in Wilkes-Barre is bound for the Donggi-Senoro LNG Project in Indonesia and is targeted to be placed onstream in 2014.
LNG is growing in importance globally in addressing the world's increasing energy needs and desire for cleaner energy. Air Products' LNG process technology and equipment is the heart of an LNG production plant. "We are able to place our technology at some of the most remote locations around the world and liquefy natural gas. Air Products' LNG technology takes this natural gas, which is essentially a stranded valuable resource, and unlocks it by liquefying it and making it possible to economically ship it around the world. The LNG is eventually re-gasified for energy use," said Jones.
At Wilkes-Barre, tube bundles, separators, distributors, piping, and other components are fabricated and positioned within the heat exchanger shell. The typical heat exchanger, which may be as large as 16.5 feet (5.0 meters) in diameter, 180 feet (55 meters) long, and weigh as much as 500 tons (455 metric tonnes), is then shipped via rail to an Air Products manufacturing annex at the Kinder Morgan Fairless Terminal in Bucks County, Pennsylvania, where final assembly is completed. The heat exchangers are then loaded on a ship and travel to LNG projects far from Wilkes-Barre including to locations in Algeria, Indonesia, Nigeria, Peru and Qatar, to name only a few sites, to make LNG to supply the world.
"These are very large pieces of equipment, measuring more than half a football field (60 yards in length), to manufacture and to ship. We have successfully done this now 100 times, safely and proficiently. In fact, heat exchangers we made here and supplied more than 35 years ago for customers are still operating, and many at production rates well in excess of their original design capacity. Every time we ship one of these units, there is just a great deal of satisfaction in a job well done," said Sandy McLauchlin, general manager at Air Products' Wilkes-Barre facility.
A majority of total worldwide LNG is produced with Air Products' technology. Air Products has now designed, manufactured and exported 100 coil wound heat exchangers for LNG projects around the globe from its Wilkes-Barre facility over the last four decades. In support of the LNG industry, Air Products provides process technology and key equipment for the heart of the natural gas liquefaction process, and also nitrogen plants for the baseload LNG facility, as well as process technology and equipment for small and mid-sized LNG plants, floating LNG plants, and LNG peak shavers. Upstream, Air Products provides both nitrogen and natural gas dehydration membrane systems for offshore platforms. Downstream, Air Products provides dry inert gas generators for LNG carriers, shipboard membrane nitrogen systems, and land-based membrane and cryogenic nitrogen systems for LNG import terminals.
About Air Products
Air Products APD +2.73% provides atmospheric, process and specialty gases; performance materials; equipment; and technology. For over 70 years, the company has enabled customers to become more productive, energy efficient and sustainable. More than 18,000 employees in over 40 countries supply innovative solutions to the energy, environment and emerging markets. These include semiconductor materials, refinery hydrogen, coal gasification, natural gas liquefaction, and advanced coatings and adhesives. In fiscal 2011, Air Products had sales of approximately $10 billion. For more information, visit www.airproducts.com .
NOTE: This release may contain forward-looking statements within the safe harbor provisions of the Private Securities Litigation Reform Act of 1995. These forward-looking statements are based on management's reasonable expectations and assumptions as of the date of this release regarding important risk factors. Actual performance and financial results may differ materially from projections and estimates expressed in the forward-looking statements because of many factors not anticipated by management, including risk factors described in the Company's Form 10K for its fiscal year ended September 30, 2011. 

Tuesday, June 5, 2012

Heat exchanger testing co AcousticEye raises $6m

Non-invasive heat exchanger tube inspection company AcousticEye Inc. has raised $6 million in its second financing round from Israel Cleantech Ventures Funds and Sequoia Capital. The company will use the proceeds for R&D and global commercialization of its solutions.

AcousticEye has developed Acoustic Pulse Reflectometry (APR) technology for non-destructive testing of heat exchangers and boilers tubes. The company's Dolphin G3 system can inspect boilers, fin fans, and other heat exchangers regardless of tube shape or material. In March, the company said that it had sold more than 50 of its systems. Founded in 2005, it is headquartered in The Netherlands, has a development center in Israel, and offices across the US and Europe.

AcousticEye CEO Yoav Harel said, “Our system has been utilized in many of the industry’s most challenging jobs, inspecting hundreds of thousands of tubes with accurate results and speed that are impossible using today’s conventional techniques. With our technology approach now validated in the industry, we are intently focused on achieving next stage growth that will firmly establish AcousticEye as a game-changing solution provider."

ICV venture associate Matan Friedman said, "AcousticEye has introduced a disruptive technology for tube inspection that delivers major advantages for users to significantly reduce operational costs and contribute directly to improved profitability."

Sequoia general partner Gili Raanan added, “We back companies that are transforming their industries. AcousticEye… is well placed to make tube inspection more efficient and affordable for many more companies around the world."

http://www.globes.co.il/serveen/globes/docview.asp?did=1000751636&fid=1725

Friday, April 27, 2012

Research: Heat Exchangers Cut Heating Costs by Half

CANADA - Research conducted by the Prairie Swine Centre has shown selecting the right system for heating the swine barn can cut heating costs by half, writes Bruce Cochrane.

Following a benchmarking survey conducted to assess energy use in swine barns and identify areas where energy could be saved researchers with the Saskatoon based Prairie Swine Centre compared the energy costs associated with conventional forced convection air heaters fired with natural gas, heat exchangers which recover waste heat and ground source heat pumps or geothermal systems.

Research scientist engineering Dr Bernardo Predicala says the work was prompted by concerns raised by producers over increasing energy costs.

Dr Bernardo Predicala-Prairie Swine Centre

Heating a barn is the area where most of the energy is used so as a result of that we looked at different alternative heating systems that can be applied in a barn to see if these different heating systems can translate into savings.

What we did is, over the last couple of years, we installed these different types of heating systems in rooms within our barn and we collected the actual energy consumption, the temperature, the air quality in the these different rooms under these different heating systems.

We found out that the heat recovery ventilator systems actually reduced total energy use by as much as 54 percent.

As for the geothermal heating system, we're still continuing our work on that because apart from heating it also has some functions for cooling the barn during the during the summer so we haven't done a complete trial on that aspect yet.

Hopefully when all these studies have been conducted this will lead to a significant reduction in energy use for different barn operations and, of course, a reduction in total cost of production for pig production.


Information gathered through this study is being used to develop software producers will be able to use to calculate what these various systems would cost to install and operate on their own farms.

http://www.thepigsite.com/swinenews/29531/research-heat-exchangers-cut-heating-costs-by-half

Saturday, March 3, 2012

HRS Heat Exchangers: helping to improve overall efficiency of gas compressor installations

HRS Heat Exchangers Limited, a leading heat transfer specialist for the process industries, has recently supplied Gas Compressors Ltd. with an HRS K37 multi-tube corrugated shell and tube heat exchanger for a compressor installation that maintains natural gas supply pressure to a gas turbine at the Saica Paper mills.

Gas Compressors Ltd. is a single source, plug and play, supplier offering a complete package to our clients. GCL specialise in the design, manufacture and commissioning of large and medium sized, custom built/bespoke gas compressor and booster packages for use in the Oil & Gas, Power Generation, Landfill, Water, Renewable and Petrochemical Industries. We are flexible and not tied to any particular sub-vendors, compressor manufacturers or compressor technologies.

The 4m long heat exchanger cools the 9300nm3/hr gas supply after compression, which is required to maintain feed pressure to the turbine in periods of high local demand and so ensure uninterrupted operation 24/7. The heat exchanger also condenses out any water vapour present in the gas composition.

High overall efficiency of the installation is ensured by the patented design of the HRS corrugated tube heat exchanger that achieves the required heat transfer to reduce the gas temperature from 90°C to 45°C with a very low pressure loss. The corrugated tube design also enables the heat exchanger to made considerably smaller than a comparable smooth tube unit, saving both space and cost. The combination of 32.5bar g design pressure and natural gas meant that the heat exchanger was required to meet the very demanding category IV PED (EU Pressure Equipment Directive) requirements.

Commenting on the partnership, Tony Silk, Head of Sales for Gas Compressors Ltd. stated, “We take great pride in customer service and our top quality, unique, packages. We are careful to provide the customer with their exact requirements, including delivering on time and continuity of care throughout our projects. This installation is one of a number implemented in cooperation with HRS over a period of some 10 years, an on-going partnership that helps us to maintain our very high standards”.

Priya Murray, Technical Manager, HRS Heat Exchangers explained, “This is a very demanding application: good heat transfer is normally only achieved by high gas velocity and a corresponding high pressure loss that reduces the efficiency of the whole installation. Our corrugated tube design reduces pressure loss to deliver the efficiency required and occupies less space.”

About HRS Heat Exchangers Limited

HRS Heat Exchangers Limited (part of the HRS Group) is a leading international heat transfer specialist offering innovative solutions to the processing industry.

Headquartered in the UK, HRS Heat Exchangers operates at the forefront of processing technology and for over 30 years has designed, manufactured and sold heat exchangers and heat transfer technology to many different industries.

HRS products and system solutions have been used in such sectors as HVAC, Food, Chemical, Pharmaceutical, Water supply, Energy Recovery, Waste to energy and Environmental protection. All HRS products are manufactured to ISO 9001 and comply with the European PED, and are also certified to the ASME “U” stamp standard.

HRS Heat Exchangers Ltd offers a wide range of heat exchangers and associated products including corrugated tube shell and tube, scraped surface and plate heat exchangers, together with a hygienic piston pump and packages such as Pasteurisers, CIP and Food processing systems. HRS also manufactures a patented self-cleaning scraped surface evaporator system for solids concentration.

HRS has offices in Spain, Germany, USA, Peru, Dubai, Kuala Lumpur and India as well as manufacturing and assembly plants in the UK, India, Dubai and Spain. 

http://www.technologynewsroom.com/press_releases/company_releases.aspx?story=1967

Saturday, December 31, 2011

Enerji Limited (ASX:ERJ) Airec Heat Exchanger Arrives

Perth, Dec 22, 2011 (ABN Newswire) - Perth-based clean power company Enerji Limited (ASX:ERJ) advises that the first of its Airec heat exchangers has arrived in Perth.

The heat exchanger, believed to be the first of its kind in the country, arrived this week from Sweden and was shipped direct to Enerji's engineering contractor. There it will be fitted to the exhaust modifications for Carnarvon that are being prepared for installation early in the new year subject to relevant approvals. This preparatory fabrication work will result in a quicker and smoother installation in Carnarvon.

The Airec heat exchangers are a key component in Enerji's waste heat recovery system that captures heat from the exhaust gas of fossil fuel generators and feeds into an Opcon Powerbox to produce emission-free electricity. It is a similar unit to the one Enerji recently sold to a Perth public hospital project for waste heat recovery. Airec claims its heat exchangers are the most compact and efficient gas heat exchangers in the world.


About Enerji Limited

Enerji Limited (ASX:ERJ) is an emerging Perth-based green power utility focussed on commercialising the Opcon Powerbox in Australia.

The Opcon Powerbox cogeneration technology transforms waste heat into electricity and therefore creates significant energy cost and CO2 emissions savings for its customers.

Enerji has exclusive sales and distribution rights for the Opcon Powerbox in Australia and options for Malaysia, Thailand, Singapore and Sub-Saharan Africa.

The Opcon Powerbox, manufactured in Sweden by Opcon, represents a significant commercial opportunity through application to industrial, mining and power generation operations.

Enerji plans to maximise this opportunity and generate shareholder returns through long-term power purchase agreements. 
http://www.abnnewswire.net/press/en/71117/Enerji_Limited_%28ASX:ERJ%29_Airec_Heat_Exchanger_Arrives.html

Wednesday, December 7, 2011

Strategic Analysis of the South African Heat Exchangers Market

Strategic Analysis of the South African Heat Exchangers Market
The aim of this research is to analyse the heat exchanger market in South Africa with a view of providing strategic insight into growth opportunities and the shape and development of the industry. The research service begins with the identification and evaluation of the impact of key industry challenges, market drivers and restraints on the South African heat exchangers market for the period 2009 to 2015. The second part of the research service analyses market sizes for the various heat exchanger product types and associated end-user sector demand trends. The research service concludes with the provision of a strategic overview of key expansion projects that will affect the South African heat exchanger market over the forecast period.
Table of Contents
Introduction 10
Total Market Analysis 11
Product Segment Analysis 13
Summary of Key Findings 14
Strategic Conclusions15Research Aims, Scope and Methodology 16
Research Methodology19Research Definitions 21
Heat Exchanger Product Definitions 22
End-user Sector Definitions24Market Dynamics Analysis 25
Key Challenges 26
Market Drivers and Restraints 31
Market Drivers 32
Market Restraints37Total Market Analysis 41
Introduction 42
Market Engineering Measurements 43
Revenues Forecasts 47
Revenue Trends by End-user Segment 49
Revenue Trends by Product Segment 51
Life-cycle Analysis 52
Competitive Analysis 53
Total Market Analysis
Summary of Capital Expenditure Projects 54
Dashboard Summary of Proposed Projects in the Pipeline 56
Expansion Projects in the Chemicals and Petrochemicals Sector 57
Expansion Projects in the Power Generation Sector 58
Technology Trends Analysis59Shell and Tube Heat Exchangers Market Analysis 60
Introduction 61
Market Engineering Measurements 62
Market Revenues and Forecasts 66
End-user Analysis 69
Competitive Analysis71Plate and Frame Heat Exchangers Market Analysis 72
Market Engineering Measurements 73
Market Revenues and Forecasts 77
Revenue Trends by Product Segment 78
End-user Analysis 80
Competitive Analysis81Air-cooled Condensers Heat Exchangers Market Analysis 82
Introduction 83
Market Engineering Measurements 84
Competitive Analysis 88
Air-cooled Condensers Heat Exchangers Market Analysis
Opportunity Analysis89Cooling Towers Market Analysis 91
Introduction 92
Market Engineering Measurements 93
Competitive Environment 97
Conclusions 98
About Frost and Sullivan 100
Who is Frost and Sullivan 101
What makes us unique 102
T.E.A.M. Methodology 103
Global Perspective 104
List of FiguresTotal Heat Exchangers Market: Impact of Top Industry Challenges (South Africa), 2010-2016 26
Total Heat Exchangers Market: Market Drivers Ranked in Order of Impact (South Africa), 2010-2016 32
Total Heat Exchangers Market: Market Restraints Ranked in Order of Impact (South Africa), 2010-2016 37
Total Heat Exchangers Market: Revenue Forecasts (South Africa), 2006-2016 47
Total Heat Exchanger Market: Revenue Trends by End-user Segment (South Africa), 2009 49
Total Heat Exchangers Market: Competitive Structure (South Africa), 2009 53
Shell and Tube Heat Exchangers Market: Revenue Forecasts (South Africa), 2006-2016 66
Plate and Frame Heat Exchangers Market: Revenue Forecasts (South Africa), 2006-2016 77
Air-cooled Condensers Market: Best, Worst, and Most Likely Case Forecast Scenarios for Medupi and Kusile Revenue Handover Period (South Africa), 2010-2017 90

http://www.sacbee.com/2011/11/30/4089122/strategic-analysis-of-the-south.html