Ferro Alloys Corporation

Ferro Alloys Corporation, commonly known as FACOR, is an Indian ferroalloys producer whose operations have historically centered on the manufacture of ferrochrome, ferromanganese, ferrosilicon, silicomanganese and related alloy products. Ferroalloys are consumed by steelmakers as deoxidizers and as alloying additions that influence the strength, hardness, corrosion resistance and other properties of finished steel. FACOR was floated in 1955 by the Saraf and Mors business houses and became one of the earliest major Indian producers in this segment. Its industrial operations began at Sriramnagar near Garividi in Vizianagaram district, Andhra Pradesh, in 1956, with production commencing the following year. The company initially developed production capacity for high-carbon ferromanganese and ferrosilicon using three furnaces. It expanded into chromium alloys during the late 1960s, commissioning a reduction furnace and a slag furnace for ferrochrome production in 1969. FACOR subsequently invested in technical development and capacity expansion, including an internally developed process for producing charge chrome in 1979 and the commissioning of a 16 MVA furnace at Sriramnagar in 1981. In 1983 it established a charge-chrome plant at D.P. Nagar, Randia, in Odisha's Bhadrak district. The Odisha project was structured as a 100% export-oriented operation with stated annual capacity of 50,000 tonnes, and FACOR entered into a ten-year arrangement with Marc Rich and Co. AG of Switzerland to market its charge-chrome output. FACOR's manufacturing system has included raw-material preparation, electric-arc-furnace smelting, molten-metal and slag casting, crushing, sizing and dispatch. Its principal mineral inputs have included manganese ore, chromite and quartzite, sourced from several Indian states including Andhra Pradesh, Odisha, Madhya Pradesh and Bihar. The resulting products have been supplied in specified size ranges to steel producers. Environmental-control infrastructure at the Sriramnagar works included two-stage Venturi scrubber systems intended to control furnace emissions and maintain air quality around the production area. The company also obtained ISO 9001:2000 accreditation for quality management. The business has undergone structural changes. FACOR acquired a small steel plant at Nagpur, Maharashtra, and in 2003 its charge-chrome and Odisha mining activities were separated into FACOR Steels Ltd, while the ferroalloys activities at Garividi were placed in FACOR Alloys Ltd. In a later period, financial stress within the wider FACOR group became significant. FACOR Power reportedly defaulted on obligations to Rural Electrification Corporation, and insolvency proceedings were initiated through India's corporate insolvency resolution process after FACOR had provided a corporate guarantee for the power affiliate. Through the National Company Law Tribunal resolution route, FACOR was acquired by the Vedanta Group in 2020. It is therefore associated with Vedanta following that resolution and acquisition process, although detailed current operating, ownership and executive information is not established in the supplied reference material.

Ferro Alloys Corporation was floated in 1955 by the Saraf and Mors business houses, with Seth Shriman Durgaprasadji Saraf identified as its founder. The enterprise was established during the early development of India's domestic alloy-materials industry, when steel producers required local sources of manganese-, silicon- and chromium-bearing inputs. Its industrial base began taking shape in 1956 at Sriramnagar, near Garividi in Andhra Pradesh's Vizianagaram district. The registered office was located at Tumsar in Maharashtra's Bhandara district. Commercial production began in 1957. The initial plant used three furnaces to produce high-carbon ferromanganese and ferrosilicon. These products served steelmaking applications as deoxidizers and alloy additions. FACOR expanded its technical and product range in 1969, when it commissioned a reduction furnace and a slag furnace for ferrochrome production. The move into chromium alloys became an important part of the company's later identity and export activity. The company continued to invest in process development and plant capacity. In 1979, its research and development function developed technology for producing charge chrome. FACOR installed a 16 MVA furnace in 1981 and established a charge-chrome plant at D.P. Nagar, Randia, in Bhadrak district, Odisha, in 1983. The Odisha facility was described as a 100% export-oriented project with annual capacity of 50,000 tonnes. FACOR also signed a ten-year agreement with Marc Rich and Co. AG of Switzerland to serve as the sole selling agent for the plant's charge-chrome output. FACOR's manufacturing facilities incorporated ore handling and preparation, electric-arc-furnace smelting, metal and slag casting, crushing, sizing and ancillary operations. Manganese ore, chromite and quartzite supplied the principal manganese, chromium and silicon inputs. The company sourced these materials from Indian states including Andhra Pradesh, Odisha, Madhya Pradesh and Bihar. Alloy products were cast and prepared into customer-specified sizes, historically ranging from approximately 25 mm to 150 mm, before shipment to steel companies. Furnace exhaust systems at Sriramnagar included two-stage Venturi scrubbers. FACOR was also accredited under ISO 9001:2000. Beyond ferroalloys, the company acquired a small steel plant in Nagpur, Maharashtra. In 2003, FACOR reorganized parts of its business: the charge-chrome division and the Odisha mining division were demerged as FACOR Steels Ltd, while the Garividi ferroalloys division became FACOR Alloys Ltd. This restructuring reflected the distinct operational and raw-material characteristics of the company's chromium, mining and ferroalloy activities. The wider group later encountered financial difficulties. FACOR Power reportedly defaulted on payments owed to Rural Electrification Corporation. REC initiated corporate insolvency resolution proceedings, and FACOR was reported to have provided a corporate guarantee for the power affiliate. The matter proceeded through India's National Company Law Tribunal resolution mechanism. In 2020, the Vedanta Group acquired FACOR through that route. As a result, FACOR became associated with the Vedanta Group after the resolution process. The available reference material does not provide sufficient detail on the current legal structure, operating scale, production volumes, leadership team or brand architecture following the acquisition.

1. 2020Acquired through insolvency resolution

   The Vedanta Group acquired FACOR through India's National Company Law Tribunal resolution process.

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2. 2003Business divisions demerged

   The Odisha charge-chrome and mining divisions were separated into FACOR Steels Ltd, while the Garividi ferroalloys division became FACOR Alloys Ltd.

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3. 1983Odisha charge-chrome plant established

   A 50,000-tonne-per-year export-oriented charge-chrome plant was established at D.P. Nagar, Randia, in Bhadrak district, Odisha.

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4. 198116 MVA furnace installed

   FACOR independently installed a 16 MVA furnace as part of its capacity expansion.

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5. 1979Charge-chrome process developed

   The company's research and development operation developed technology for producing charge chrome.

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6. 1969Ferrochrome capacity added

   FACOR commissioned a reduction furnace and a slag furnace for ferrochrome production.

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7. 1957Ferroalloy production begins

   Three furnaces began producing high-carbon ferromanganese and ferrosilicon.

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8. 1956Sriramnagar operations established

   The company's industrial operations began at Sriramnagar near Garividi in Vizianagaram district, Andhra Pradesh.

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9. 1955Company floated

   The Saraf and Mors business houses floated Ferro Alloys Corporation, with Seth Shriman Durgaprasadji Saraf identified as founder.

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An Indian industrial materials producer focused on ferroalloys used as alloying and deoxidizing inputs in stainless, specialty and other steel production. Historically, FACOR differentiated itself through early domestic ferroalloy manufacturing, in-house process development for charge chrome and export-oriented chromium-alloy capacity.

• High-carbon ferrochromeChromium ferroalloy1969

  A chromium-bearing alloy used principally in stainless-steel and other alloy-steel production. FACOR added ferrochrome capability in 1969 through reduction and slag furnaces and later developed a broader chromium-alloy operation.

• Low-carbon ferrochromeChromium ferroalloy

  A lower-carbon chromium alloy used where steel chemistry requires chromium addition without introducing the carbon levels associated with conventional high-carbon ferrochrome. It was listed among the ferroalloys produced by FACOR's facilities.

• Charge chromeChromium ferroalloy1979

  A chromium-bearing furnace product used by steelmakers as an alloying input. FACOR developed charge-chrome production technology through its R&D operation in 1979 and established an export-oriented Odisha plant in 1983.

• FerromanganeseManganese ferroalloy1957

  A manganese-bearing alloy used in steelmaking for alloying and deoxidizing. It was among FACOR's original products when the Sriramnagar plant began production in 1957.

• FerrosiliconSilicon ferroalloy1957

  A silicon-bearing ferroalloy used as a deoxidizer and alloying material in steel production. FACOR produced ferrosilicon from the beginning of commercial operations at Sriramnagar.

• SilicomanganeseManganese-silicon ferroalloy

  A combined manganese and silicon alloy used in steelmaking to contribute both alloying elements and deoxidizing performance. It was included among the ferroalloys manufactured by FACOR.

• SilicochromeChromium-silicon ferroalloy

  A chromium- and silicon-bearing alloy used in specialized steelmaking applications. It was listed among the product types made at FACOR's ferroalloy facilities.

• Magnesium ferrosiliconSpecialty ferroalloy

  A specialty ferroalloy containing magnesium and silicon, used in metallurgical applications. The reference material identifies it as one of the alloys produced by FACOR.

• 2020Vedanta acquisition through resolution proceedingsM&A

  Financial stress in the wider FACOR group followed a reported payment default by FACOR Power to Rural Electrification Corporation. Insolvency proceedings were initiated, with FACOR reportedly having provided a corporate guarantee for the affiliate.

  What changed. The Vedanta Group acquired FACOR through India's National Company Law Tribunal resolution route.

  Aftermath. FACOR became part of the Vedanta Group. The supplied material does not establish the subsequent legal structure, operating scale or management arrangements.

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• 2003Separate the Odisha and Garividi businessesStrategy

  FACOR operated businesses spanning ferroalloys, charge chrome and mining, with different production and raw-material profiles.

  What changed. The charge-chrome and Odisha mining divisions were demerged as FACOR Steels Ltd, while the Garividi ferroalloys division was organized as FACOR Alloys Ltd.

  Aftermath. The restructuring created separate entities for the Odisha chromium and mining activities and the Andhra Pradesh ferroalloys operations.

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• 2020Vedanta Group acquired FACOR through the insolvency resolution route

  Ferro Alloys Corporation was acquired by the Vedanta Group through proceedings under India's National Company Law Tribunal resolution framework.

  M&ABankruptcy
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• FACOR Power faced insolvency proceedings after payment default

  FACOR Power reportedly defaulted on payments to Rural Electrification Corporation. REC initiated corporate insolvency resolution proceedings, with FACOR reportedly exposed through a corporate guarantee provided for the affiliate.

  BankruptcyLawsuit
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1. Ferro Alloys Corporation