Casale and Orica agree on LDAN Technology Transfer
Casale and Orica have agreed a deal for the acquisition, by Casale, of Orica’s complete process and know-how to produce Low Density Ammonium Nitrate (LDAN).
This acquisition is in line with Casale’s long-term growth strategy in the sector of syngas-based chemicals production processes, aimed at offering the complete production chains, from the feed stocks to the final products. In particular, the move strengthens Casale’s technical and commercial footprint in the solid Nitrates production process by complementing its well-proven High Density Ammonium Nitrate (HDAN) technology.
The deal includes the right to use in all new and revamped plants based on LDAN prilling technology, from now on supplied exclusively by Casale, of Orica’s proprietary, well-known additive Sapphyr, on commercial terms to be agreed. In addition, during the technology transfer phase, Orica will provide assistance to Casale and grant access to Orica’s plants.
Casale endeavours to continue to work on creating value for their customers through synergic acquisitions, while growing in its markets.
Casale wins another Melamine Contract
16 August 2018
PJSC Metafrax, one of the leading Russian chemical companies, and Casale have entered into a contract for the supply of Basic Engineering Design for a second melamine plant to be implemented near the one currently under construction at Gubakha, Perm Region (Russia).
The new plant’s capacity will be 40’000 MTY, as the first one, and will also be based on Casale’s LEM ™ process. A dedicated urea plant, also designed by Casale according to its proprietary technology, will be part of the project with the purpose to treat the melamine off-gases, without affecting the existing urea plant .
The 2nd melamine plant is slated for completion in 2022 and it will be totally integrated into the large multi-product complex, dubbed AUM, currently under advanced stage of realization nearby, which, besides having already boosted Metafrax’s traditional methanol production by more than 30% in Phase-1 (completed), is now meant to add completely new ammonia, urea and melamine facilities.
The key underpinning of the whole AUM project is to make an efficient use of the H2 contained in off gases of the existing methanol plant as well as of the CO2 captured in a dedicated unit from the flue gas of the existing reformers, captured in a dedicated unit, with the purpose to significantly expand the product mix of the original methanol plant.
All technologies used in the AUM are proprietary to Casale which is also the EPCm contractor, thus providing single point responsibilities for the whole complex.
The new melamine plant is the 3rd LEM™ in a row won by Casale after entering the market in 2013, through the acquisition of Borealis’ melamine technology, and it is a testimony of the wide and rapid acceptance gained by this process, which, in turn is the result of its superior features compared to other technologies available on the market:
- highest synthesis efficiency
- lowest energy consumption
- lowest urea melt consumption
- superior melamine product quality
- easiest and simplest integration with the urea plant
- fully referenced for more than 20 years
The 1st LEM™ plant, for GSFC (India), also of 40’000 MTY capacity, is near to being started up this year.
It is worth to underline that Casale is the sole licensor and contractor in the world which can provide urea and melamine processes, based on state-of-the-art, proprietary technologies, as well as complete engineering design, supply of materials and services.
Casale acquires CO2 Removal Process from Karpov Institute of Physical Chemistry
26 June 2018
Casale is pleased to announce its acquisition of the license and all know-how of the CO2 Removal Process developed and owned by Karpov Institute of Physical Chemistry (Russia).
In the recent past Casale’s corporate mission has been to become a global provider of the complete production chain of nitrogen fertilizers, from the feedstocks to the end-products.
This acquisition further strengthens Casale’s rich and comprehensive portfolio of processes with a technology that has found wide and successful application in many ammonia plants design by GIAP (Russia), such as the so-called AM-70, AM 76 and AM-80 types. Several of such plants, in Russia and other former USSR countries, are still in operation and have proved able to operate at capacities of 2000 MTD or more, after suitable revamping.
The distinctive feature of Karpov’s CO2 Removal Process is the peculiar design of the internal parts of both the absorber and stripper columns.
The access to Karpov’s technology allows Casale to revamp a GIAP ammonia plant up to 2100 MTD and more, substantially keeping the CO2 removal section, except for few modifications to the internals of the columns.
This feature simplifies the whole revamp and helps to greatly reduce the overall cost, as proven in the revamp carried out by Casale of the GIAP-designed plant at Nevinnomysk Azot.
A similar revamp, by Casale, at Novomoscosk Azot's GIAP ammonia plant is due to follow suit.
For further information on Karpov CO2 Removal Process and how it could benefit your plant or, in general, on revamping ammonia plants please contact:
Mr Lorenzo Pennino
Head of Sales