Air Liquide Dry Ice – Our strong track record for reliability is built on our local presence and strategically located manufacturing facilities. We leverage our logistics, tank telemonitoring and service capabilities to create a premium bulk supply offering tailored to our customers.
We install and maintain storage, evaporation and pressure control equipment and we guarantee the performance, quality and safety of these installations for the entire contract period. For gas consumption from ~400 to ~4, 000 m³/month we offer compact air gas cryogenic vessels (skid tank solutions with small tanks and vaporizers integrated in a single skid).
Air Liquide Dry Ice
For larger costs we offer standard solutions including cryogenic storage tanks, vaporizers and pressure control equipment. All solutions with telemonitoring and data logging options.
Supporting The Onshore Oil And Gas Industry
Oxygen, nitrogen and argon are produced and liquefied in the air separation unit. These products are stored in the manufacturing facility and then delivered directly to consumers in insulated cryogenic tankers.
Dry ice is a solid form of carbon dioxide or CO₂. As dry ice sublimates, it goes directly from the solid phase to the gas phase without leaving any residue. Dry ice has a temperature of -78.5°C and is therefore very suitable for use as a refrigerant for all types of purposes such as a cooling agent during transport.
Dry ice is available as pellets, flakes or blocks and is supplied in insulated packaging of 5 to 400 kg per box.
ICS Cryo International takes full control of your time and temperature sensitive sample shipment, including storage at your site, isothermal packaging or dry-shipper, proper volume of cold source (liquid nitrogen, dry-ice, gel pack or PCM), labeling/sorting Included. , handling, air freight, assistance with your export documents and door-to-door delivery. An on-site production system enables dry ice to be produced anywhere – including on oil rigs
Dry Ice Shipping
While dry ice blasting may sound like something out of a futuristic sci-fi comic, as DI Global Chief Operating Officer Ed Niemans explains, it’s not exactly a cutting-edge concept. “Dry ice blasting as a concept has been around since the 1970s,” he begins. “Dry Ice Scotland (later to become DI Global with the help of Air Liquide) started in 2011 with a mission to apply the technology to heavy duty applications we saw in the UK, such as coatings and corrosion removal. In other countries, the technology is commonly used to clean up grease, resin, glue and plastic residues in the manufacturing sector. In the UK, we have heavy industry but little production, so we have always focused on using dry ice for maintenance purposes.
“Traditionally, dry ice is not considered strong enough to handle these heavy applications. But what we’ve done is make a few small but important changes to various parts of the process to get the best out of it.
In addition to these changes, DI Global has also developed a number of proprietary innovations such as its on-site dry ice production system, which enables dry ice to be produced anywhere – on a boat, on an offshore platform or in between. the desert
Nimmons believes it’s a packaged system that’s attractive to the oil and gas industry, “because it provides a complete solution and avoids any complex supply chain issues. It includes raw material storage, media production and blasting equipment. It known as DIG system.” To commercialize it on a larger scale, in 2016 DI joined forces with Global Air Liquide, an international heavyweight with the world’s largest CO.
Tanks And Vaporizers
Infrastructure “The joint venture has allowed us to operate globally and increase our innovation to an unprecedented level.”
So how does the DIG system differ from other industrial cleaning solutions? “We describe the system as a tool in a box, rather than replacing any existing technology,” Niemans explains. “It is often used with other methods. But the main selling point is that it produces no waste medium, while also having the ability to work on large surface areas.”
And what are the main benefits of the system? “The primary advantage is that the media ‘sublimates’ (turns from solid to gas) in effect. After the removed contaminant is blasted aside there is no mess to contain or clean up, which is minimal.”
“Its main advantage is to avoid encapsulation,” adds Nimmons. “In many areas, particularly in the oil and gas and petrochemical sectors, control of blasting media is a major concern because it can pose a risk to compressors, turbines and other sensitive equipment. . The DIG system is live electricity that can also be used around tools.”
Dry Ice Composition And Uses
In layman’s terms the above means that fabric maintenance blasting can be done with minimal or no shutdown time. Although actual blasting times can be slower than other methods, Nimmons observes, the DIG system has consistently reduced costs on projects by 50% to 70%.
The financial savings alone make it an attractive proposition for the oil and gas sector, but Niemans is keen to point out the important safety benefits. He said: “The system does not penetrate steel so can be used on thin wall thickness surfaces. There are no HAVS issues and dust is greatly reduced. The main safety question we get asked is about CO.
We use 100% recyclables, so we have a very good environmental profile. An independent study found that the DIG system provides an 85% lower carbon footprint than conventional methods.”
In addition to the research work, Niemans also cites a number of real-world applications of the technology that demonstrate its value. In a recent oil and gas application the system was used in the maintenance of a compressor module on a North Sea oil platform. Nimmons said: “This was an area that was difficult to maintain using conventional methods due to the complexity of the surrounding area, which included numerous gas compressors.
Liquid Air Nitrogen Hi Res Stock Photography And Images
“A one-day introductory training course was conducted offshore, and a DIG traveled with operative equipment to conduct further training/observation during the project.”
Nimmons reported that the project was completed within 50% of the allotted time and slightly less than 50% of the initial estimated cost.
The oil and gas market is clearly embracing the technology, and Nimmons pointed to new products in the pipeline as well as geographic expansion (the US growth areas are the US and South Asia). But he is keen to branch out into other fields as well. “We are making waves in other industries, such as aerospace and marine, which are rapidly gaining traction. We hope to replicate the success we have seen in bringing dry ice blasting to industries that have not previously benefited from it.” lAir Liquid’s operations in Singapore and Riau Islands date back to 1911. With over 100 years of expertise, we support our customers across industries with our unique blend of products, tools and services.
Some things like oxygen are essential for humans. Similarly, industrial gas is required for industries. Air Liquide’s presence in Singapore and Riau Island provides innovative gas solutions and technologies that benefit the entire region and improve processes.
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We supply gas to various industries including aviation, chemical, marine, petrochemical and refineries etc. We supply industrial and specialty gases in a range of volumes and purities along with related technologies and services; and a range of gas delivery modes, including cylinder and bulk delivery, pipeline distribution and on-site production.
We operate the largest network of high purity gas production facilities in Singapore and the Riau Islands with interconnected pipelines and gas facilities dedicated to serving various industries.
We support our clients in the electronics industry, which is known for using cutting-edge technology, with a wide range of high value-added products and services like bulk gas supply solutions, on-site gas production, electronic advanced materials, electronics specialties. Materials, total gas and chemical management services as well as equipment and installation.
We are present in the continuum of care from hospital to home. We support hospitals, medical centers, clinics, hospices and homes, providing round-the-clock gas and critical infrastructure systems, providing unmatched reliability and service to support this complex industry.
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In addition to gas supply, our Engineering Projects and Solutions division specializes in the entire spectrum of industrial and medical gas requirements. We have developed numerous optimization solutions that meet customer specifications from source to point of consumption.
Air Liquide delivers innovative gas solutions and technologies to a wide range of customers, helping them run operations and reduce their environmental impact. Regardless of the industry our customers are in, they benefit from our safe, cost-effective and sustainable solutions.
The production and distribution of industrial gases has been at the core of Air Liquide’s business since its founding in 1902. In Singapore and Riau Islands, our strong manufacturing and distribution networks are tailored to meet the needs of our diverse customer base. Here are some of the manufacturing facilities owned and operated by Air Liquide in Singapore: The ‘Dry Ice Market’ research report added by Report Ocean provides in-depth analysis of recent developments, market size, status, upcoming technologies, industry.
