Knowledge for the Sulphuric Acid Industry
Sulphuric Acid on the Web
Introduction
General
Equipment Suppliers
Contractor
Instrumentation
Industry News
Maintenance
Acid
Traders
Organizations
Fabricators
Conferences
Used
Plants
Intellectual
Propoerty
Acid
Plant Database
Market
Information
Library
Technical Manual
Introduction
General
Definitions
Instrumentation
Plant Safety
Metallurgial
Processes
Metallurgical
Sulphur Burning
Acid Regeneration
Lead Chamber
Technology
Gas Cleaning
Contact
Strong Acid
Acid Storage
Loading/Unloading
Transportation
Sulphur
Systems
Liquid SO2
Boiler Feed Water
Steam Systems
Cooling Water
Effluent Treatment
Utilities
Construction
Maintenance
Inspection
Analytical Procedures
Materials of Construction
Corrosion
Properties
Vendor Data
DKL Engineering, Inc.
Handbook of Sulphuric Acid Manufacturing
Order
Form
Preface
Contents
Feedback
Sulphuric Acid
Decolourization
Order Form
Preface
Table of Contents
Process Engineering Data Sheets - PEDS
Order
Form
Table of Contents
Introduction
Bibliography of Sulphuric Acid Technology
Order Form
Preface
Contents
Acid Plant Database August 26, 2021
Owner | Ineos Fluor Limited | |
Location | Merseyside
Operations PO Box 9 Runcorn WA7 4JE United Kingdom |
|
Background | Formerly ICI Ltd. - Mond Division | |
Website |
www.ineos.com www.ineosfluor.com |
|
Plant | Merseyside Operations | |
Coordinates | 53° 18' 53" N, 2° 44' 3" W | |
Type of Plant | Sulphur Burner | |
Gas Source | Elemental Sulphur | |
Plant Capacity | ~900 MTPD(1) (775 MTPD) | |
SA/DA | DA | |
Status | Shutdown 2021 | |
Year Built | 1971 | |
Technology | Outotec (Lurgi) | |
Contractor | Outotec (Lurgi) | |
Remarks |
Ultrapure sulphuric acid produced on site - Production: 11,000 MTPA - Year Built: 2006 Other Products: 96% H2SO4, 98% H2SO4, 20% Oleum, Liquid SO2, Liquid SO3, Dilutes (77% H2SO4), PS3 Hydrogen Explosion Incident - December 2010 - Economizer tube bundle failure leading to rapid corrosion and hydrogen generation - Hydrogen collected at the top of the inter absorber where the explosion took place - Plant shutdown for 58 days |
|
Pictures | ||
www.rdgengineering.co.uk The construction of the new sulphuric acid converter at INEOS faced many challenges. The new converter had to be constructed under absolute dry conditions with access available for materials to be craned in. The plant was to remain operational whilst works took place, posing challenges with stability as the structure could not be tied to any adjacent structures or increased in any great width to prevent overturning. The solution consisted of a 26m high, free standing, fully clad scaffold with a removable roof. Any stability that would be gained from the roof was lost. To enable the structure to stay rigid, a radial shape with kentledge bays was designed. Throughout the process timing was critical as the plant was to be temporarily shut down at a pre-determined time for the transfer of converters. |
||
General | - | |
References |
(1) David Ash, "Hydrogen Incident December 2010", Sulphur 2014 | |
News |
April 22, 2021 - The UK’s sulphuric acid market is
in disarray in the wake of international chemicals major INEOS’ decision
to permanently close its Runcorn sulphuric acid plant, according to market
sources this week. INEOS announced the formal closure of its sulphur
chemicals unit in the UK’s northwest in late March; permanently ending the
company’s domestic sulphuric acid production. In a letter to
customers, INEOS, which trades from Runcorn under the name INOVYN, said the
decision signalled its “withdrawal from the UK sulphur chemicals market”,
following a detailed management review of the business. Runcorn
suffered an unplanned outage in third-party power supplies in October 2020,
resulting in the sulphur chemicals plant and attached sulphur burner going
offline. During a controlled restart, INEOS identified that several
critical components had suffered damage. Despite “significant
investment”, INEOS concluded it would not be possible to restart the unit
for a further 18-24 months, heavily curtailing INOVYN’s ability to supply UK
customers. “Regrettably, the company is therefore left with no option
but to keep the plant offline and effect a permanent closure of the sulphur
chemicals business,” INEOS concluded. In the letter, INEOS said it
will “work with customers to assist in the transition to alternative
supplies”. However, the departure of INEOS’ sulphur operations from
the UK has left a gaping hole in supply for the vital chemical, and
downstream customers “in a panic; trying everything to find product,”
according to a source at a UK-based chemicals producer and acid distributor.
“We’ve heard INEOS’ supply will end in April. That’s it. Nothing from then,”
the source adds.
“We’ve seen prompt purchase tenders for acid issued for delivery within the month. We’re helping one or two customers, and [other UK acid distributors] are doing the same, but there’s no spot available anywhere.” Acid producers in northwest Europe, including large-volume base metal smelting majors, have also been approached by UK buyers desperate for tonnes; as have those smelters’ customers, some of whom have pondered selling their own contracted tonnes into the UK via road and ferry. A source at INEOS confirmed the company will no longer supply acid past the end of April. It was heard the company has attempted to source acid from mainland Europe, but was unable to secure cargoes. FOB export prices from northwest Europe are at a two-year high, and what spot material can be found has instead been sent to destinations in Latin America, where netbacks on sales into Brazil, Chile, and Argentina are higher. Asian spot acid availability is similarly limited, making imports from large-volume producers in South Korea or Japan unworkable. “It’s a very difficult situation,” a Swiss acid trader says of the
UK market, adding: “At the same time, who is to blame when for years traders
told [UK market players] that only relying on domestic [production] could be
an issue one day when something unexpected happens?” Although the UK’s
acid-consuming industries - including water treatment, chemical, and
fertilizer production - were not completely reliant on INEOS’ operations at
Runcorn, the plant was the country’s main domestic source of sulphuric acid
production capacity. The UK’s port infrastructure is not built for
large-volume acid imports, with most suitable berths having tank space for
only approximately 5,000-8,000 tonnes at a time. “What [UK market
players] have gained on price differentials versus imports in the last 10
years has disappeared in two months on a force majeure,” the trader adds.
“In the short term, management tend to forget the relationship between price
and security of supply. The sad thing is that even a case like this will
most likely not change the mindset in future years.” Another UK-based
acid player adds: “There’s nowhere to go and get some product for Q2.
Imports won’t be able to cover the shortfall, leaving the UK bottlenecked.
The sea tanks are too small. You need 30,000 or 40,000 tonnes [of tank
space], and a strategic reserve, so you always have some [acid].” In
the long-term there is a possibility “someone might build a tank big enough”
to support the UK sulphuric acid market, the latter source concludes
July 17, 2012 - Jacobs
Engineering Group Inc. announced today that it has been awarded a design
and fabrication contract by INEOS Enterprises Limited for two gas-gas
heat exchangers to be installed in a sulfuric acid plant at
its Runcorn, Cheshire site in the United Kingdom. Officials did
not disclose the contract value.
May 5, 2005 |
MTPD - Metric Tonne per Day
STPD - Short Ton per Day
MTPA - Metric Tonne per Annum STPA - Short Ton per
Annum
SA - Single Absorption
DA - Double Absorption
* Coordinates can be used to
locate plant on Google Earth