BSIET devotes himself to provide his customers with the technical services covering steelmaking all processes and relevant plant facilities such as consultation, design, integrated equipment and turnkey construction, etc. in the way of integrating independent design and system. BSIET's technologies have been widely applied to pretreatment of hot metal, steelmaking by converter, iron-making by electric arc furnace, refining, continuous casting, lime kiln, scrap processing and metallurgical solid waste treatment.
　　BSIET, during 40 years of practice in steel making engineering, gained the unique capability for technical research and development and integrated application, and made outstanding contribution to the optimization of structure and technical progress for client enterprise and even the steel making system in China. Especially the technologies of hot metal desulphurization, integration of large scale converter system, automatic steelmaking with sub-lance, secondary refining by LF and RH, continuous casting, active lime kiln and metallurgical solid waste treatment are in the leading position in China. The company possesses more than 30 technical rewards from the Nation, Metallurgical Ministry and Beijing Municipality and more than 50 patent technologies and proprietary technologies, which established firm foundation for excellent steel-making project.
　　In the engineering design and construction, BSIET practices the concept of energy saving and environment protection, helps the client to realize the maximization of value and optimization of investment and operational cost and the sustainable development of steel making plant. Recently, BSIET has designed and constructed hundreds of high-quality steelmaking projects with advanced process, reasonable layout, energy conservation and environmental protection for iron and steel enterprises at home and abroad.

Steelmaking projects designed and turnkey contracted by BSIET in recent years

 

Converters (set)

>200 t	100-200 t	50-100 t	<50 t	Total
14	10	14	10	50

Electric arc furnaces (set)

150 t	100t	70t	60t	50t	Total
1	2	1	1	2	7

Refining facilities (set)

LF refining furnaces	RH vacuum treatment units	CAS and powder injection in ladles	Total
20	12	5	37

Continuous casting machines (strand)

Continuous billet caster	Continuous rectangular bloom caster	Continuous slab caster	Total
155	10	17	182

Hot metal treatment facilities out of furnace (set)

Hot metal desulphurization facilities by injection of desulfurizer	Hot metal KR desulphurization	Hot metal desiliconization and dephosphorization facilities	Total
23	12	2	37

Lime kiln (set)

300tpd	500tpd	550tpd	600tpd	Total
1	16	1	2	20

Metallurgical solid waste treatment (set)

Primary treatment of steel slag	Secondary treatment of steel slag	Ladle capping	Pelletizing from dedusting ash	Scrap processing workshop	Total
7	12	2	1	6	28

　　BSIET has its unique capability of technology development and integrated application, has a number of patents in the field of hot metal desulphurization and has an outstanding integration capacity of large-scale converter system in the field of converter steelmaking. Such independently-innovated technologies as dry sealing technology of converter hood skirts, slag splashing for protection of converter, plate type flexible connecting technology of large-scale converter, computer automatic steelmaking technology of converter sublance and so on have been developed by BSIET who can independently design and integrally apply more liquid steel refining facilities such as LF, RH, VD, powder injection into ladle, CAS－OB and so on as well as continuous billet and slab casters.

1 Hot metal pretreatment

　　BSIET has many proprietary technologies in the field of hot metal pre-treatment, can be able to realize hot metal desulphurization, desiliconization and dephosphorization in different positions and different reaction vessels such as iron runner, hot metal track and hot metal reladling station, steelmaking building, torpedo, hot metal ladle, dedicated furnace and the like so as to satisfy the customers' individual requirement.

(1) Injection hot metal pretreatment technology

    ●  Automatic PLC control for the whole set equipment;
    ●  Target sulphur content in hot metal below 0.002%;
    ●  Low unit consumption of desulphurizer and short time;
    ● Low temperature, less slags and less iron loss of hot metal;
    ● Slag scooping process, short time and less iron loss 
    ●  Patented technology: Movable reaction device for desulphurization; Continuous and automatic slag skimmer; hot metal reladle, desulphurizing & slag scrapping transportation device; Clamping device for lance lifting/lowering and traversing car; All-pneumatic emergency lifting device; On-line hot metal desulphurizing system of hot metal ladle car.

(2) "Three-removal" technology by hot metal injection

    ●  An adjustable throat valve controls injection speed of desulphurizing agent;
    ●  Injection control technique by dynamic pressure difference;
    ●  Water-cooled oxygen lance with low Mach number;
    ●  Water-cooled coil pipe + refractory water tank type anti-splash hood;
    ●  Low-temperature hot metal dephosphorizing process for low-clearance hot metal ladle;
   ●  Patented technology: Low temperature hot metal injection and dephosphurizing pretreatment method; Hot metal dephosphorization process by injection of dedusting ash into converter; water-cooled anti-splash hood for hot metal dephosphorization.

    

(3) Multi-functional KR hot metal treatment technology     

     ● By a separate injection position or a three-removal bin, an overall hot metal pretreatment function is realized in KR treatment
station;
     ● To make the hot metal temperature meet the charging requirement, a top-blown oxygen lance device is provided according to the need;
     ● Advanced stirring and injection model;
     ● Patented technology: KR hot metal desulphurization system using hot metal ladle turret. 

2 Converter steel making

　　The Company has a prominent capability for integration of large converter system. In Qiangang 210t converter project, a breakthrough was
made to build a large converter completely by Chinese own force to design, manufacture and install and developed a lot of technologies with independent intellectual property right.

(1) Long service life of converter by technology of slag splashing for protection of converter
     ● Uniform splashing method;
     ●  Control of slag quality technology;
     ●  Monitoring and control of lining erosion technology;
     ●  Shougang's unique technology of "one dual-purpose lance";
     ●  Integral technology of slag splashing for protection of converter for large, medium and small converters;
     ●  To sharply increase the converter campaign life index with a obvious direct economic benefits.

(2) Plate type flexible connecting technology of converter body and trunnion ring
     ● Simple structure and low temperature load;
     ● Maintenance-free and smooth operation;
     ● High reliability and safety. 
     ● Patented technology: Plate type flexible connection technology for large converter.

(3) Sub-lance and automation technology for steelmaking
     ●  To greatly increase one-go catch carbon tapping rate and double hit rates of end point carbon and temperature;
     ●  To effectively reduce the reblowing rate;
     ●  With the characteristics of stable sub-lance process position, better slagging, less splashing, less steel and slag sticking at
the furnace mouth and hood;
     ●  All automatic control of steelmaking process.

（4）    转炉烟气干式密封技术
    ●  有效阻止转炉冶炼过程中的大量烟气溢出，防止烟气对环境的污染；
    ●  节约水资源；
    ●  提高转炉煤气的回收利用。

(5) Energy saving and environmental protection technology for converter
     ●  Converter dry dedusting technology can effectively save water, electrical power, reduce dust content in gas and increase
converter gas recovery;
     ●  The technology of vaporizing and cooling waste heat boiler in converter flue is to use vaporizing and cooling waste heat boiler
in flue to recover and generate steam for steel making process;
     ●  The application of the technology of utilization of converter-generated-steam in vacuum refining in shougang had gained
outstanding results in energy saving and environment protection.

(6) Movable enclosed slag scraping technology for oxygen lance hole
     ●  Non-contact dynamic sealing of combined labyrinth and gas curtain
     ●  Hinged sealing box;
     ●  Open/close of scrapper driven by cylinder connecting rod gear;
     ●  Patented technology: New movable enclosed slag scraping device for oxygen lance hole.

3 EAF steelmaking

        BSIET has the capability to design steel making plant with EAF. The main techno-economic indices of the EAF designed and constructed liketap-to-tap time, electrical consumption and electrode consumption are at advanced level.

(1) Furnace wall jet carbon/oxygen lance technology 
     ●  Oxygen speed of coherent oxygen lance is above 2.0 Mach number;
     ●  The length of the supersonic speed can be maintained up to 2.0m;
     ●   To enable the ultrasonic jet to penetrate the pool and prevent any forms of splashing;
     ●  To ensure a smooth melting process and make sure that sponge iron has quite quick melting speed.

(2) Furnace gate water cooled carbon/oxygen lance manipulator
     ●  It is easy for decarburization and quickly  foamed slag;
     ●  Remote operation control in main control room;
     ●  Improvement of carbon/oxygen blowing time;
     ●  To improve production efficiency;
     ●  Easy for quick maintenance;
     ●  Continuously adjustable distance of lance head from liquid steel level.

(3) Hot charging technology of direct reduction iron (DRI) into EAF
     ● To make the charged temperature of DRI ≥600℃；
     ● To reduce power consumption for EAF steelmaking and shorten smelting time, and the power consumption per ton of steel is reduced by 140kwh.

(4) Smelting technology of direct reduction iron (DRI)
     ●  DRI has a stable chemical composition, which is easy to accurately control the molten steel composition;
     ●  Less harmful metal impurities;
     ●  Continuous charging technology is used, and with a stable power input, so that the impact on the power network is less and the
load for dynamic harmonic treatment of power network is largely relieved;
     ●  The melting process is very smooth with a low noise;
     ●  Large amount of hot heel operation
     ●  Furnace wall jet carbon/oxygen lance ensure a quick smelting of DRI;
     ●  The temperature of converter bath is steadily controlled at 1560℃ and during DRI feeding, smelting is kept on so that great
boiling and splashing could be prevented;
     ●   Submerged arc operation with formed slag.

（5）    Long-arc submerged arc operation technology with formed slag.
     ●  The input power and heat efficiency is improved and the heat load radiated to furnace lining is greatly decreased;
     ●   Power and electrode consumption are reduced;
     ●  The arc stability is improved and the instability during long arc operation is reduced;
     ●  It has a better degassing effect, and the average hydrogen content in the end of oxidation is 0.00235%, the nitrogen uptake of
liquid steel is greatly reduced;
     ●  The arc noise and light flashing of dust and arc are reduced;
     ●  The splashing of molten steel and slags in arc zone is reduced;
     ●  Electrode consumption is reduced;
     ●  The foamed slag produced by carbon spray is used to substitute oxygen for electricity so as to reduce power consumption.

(6) Waste heat recycling technology for EAF dust
     ●  The primary fume produced from EAF is taken from the fourth hole and cooled to about 300℃ by heat exchanger with convection heat
exchange type pipe and then mixed with the 60℃ second fume from big roof hood;
     ●  Large amount of steam is produced from evaporation cooling. With different burden structure, the 70t EAF generates steam with a
flow of 5～14t/h;
     ●  It saves a lot of electric energy, reduces the energy consumption index of  per ton steel, and improves the recycling economic

4 Ladle refining

　　BSIET can design and integrate various process and equipment such as LF, RH, VD, power injection in ladle and CAS-OB etc., and has rich performance references in large application of LF and RH technology. The ladle refining units designed and constructed have the features of complete function, high processing capacity and high automation level.

(1) LF ladle refining technology
     ●  Double-layer water cooled furnace cover is beneficial to maintain reducing atmosphere and dust removal in the furnace;
     ●  Argon stirring technology by automatic connection of ladle bottom, to evenly mix the composition and temperature of the molten steel;
     ●  Double-car allocation, to reduce auxiliary time and shorten refining cycle;
     ●  Automatic temperature measuring and sampling device, to improve working condition;
     ●  HMI display, alarm, automatic recording and report printing will be used for automation system; 
     ●  It has a reasonable integrated layout, tight structure and smaller occupied area. Compared with other refining equipment, the investment is less and the metallurgical effect better.

(2)  VD/VOD vacuum treatment technology
     ●  Two vessels and two working positions arrangement process speeds up the processing pace;
     ●  Fully water-cooled sleeve lance technology improves the working life and reduces the sticking slag;
     ●  Temperature measuring and sample taking technology in vacuum state ensures the suction time;
     ●  Centralized arrangement of tank cover and vacuum charging device reduces the vacuum leakage during charging process;
     ●  Provision of technical proposal for process updating and modification of semi-dry vacuum pump;
     ●  Overheat steam supply technology by steam generated by electric heating steelmaking furnace itself;
     ●  Different argon bottom blowing and stirring model technology used for different steel grades.

(3) RH vacuum treatment technology
     ●  Two working positions arrangement, and the vacuuming operation and other auxiliary operation will be carried out simultaneously to improve production efficiency and reduce refining cycle;
     ●  Ladle jacking hydraulic system is designed as nonsimultaneous action of two cylinders, that is, when a cylinder is under the jacking state and self-locking, the other cylinder can still make lifting/lowering action. Which improves production efficiency and reduce refining cycle;
     ●  Multifunctional top lance system is provided with functions of deep de-carbonization of oxygen blowing liquid steel, liquid steel chemical heating with aluminium addition and oxygen blowing, vacuum tank heated by gas + oxygen burner, and cold steel elimination inside vacuum tank of gas + oxygen burner, etc.
     ●  Major diameter snorkel, vacuum pump with big evacuation capacity. The circulating speed of liquid steel is increased and the vacuum treatment time is shortened;
     ●  A vacuum pump is equipped with a scale removing device by high-pressure water maintains the best work operation status of vacuum pump;
     ●  High-precision alloy weighing and feeding system controls composition of molten steel accurately;
     ●  The advanced metallurgical model (Decarburization model, deoxidation model, alloy model and temperature model, etc) realizes the high efficient production and accurate control;
     ●  According to the conditions of customers, more technical proposals for vacuumization of dry pump, semi-dry pump and wet pump are 

(4) CAS-OB and ladle powder injection technology
     ●  The equipment is simple and reliable with low investment and comprehensive refining functions;
     ●  CAS-OB and ladle powder injection refining facilities. Target sulphur content in molten steel is less than 10ppm;
     ●  The arrangement has two types of one or two working positions;
     ●  Impregnation hood lifting adopts cantilever type rigid frame so that the lifting/lowering operation is stable and reliable;
     ●  Temperature-measuring and sample taking technology by Motorman robot of Shougang gratly increaces the stability of temperature measuring and sampling;
     ●  Water-cooled sleeve lance technology improves the equipment life;
     ●   Modular bottom blowing and stirring system improves the regulation accuracy;
     ●   Control of powder injection by differential pressure ensures the injecting stability and reduces the splashing of molten steel.

5 Continuous caster

　　In continuous casting field, especially in the aspect of high efficiency technology of slab, billet continuous caster, BSIET accumulated rich engineering experience.

     ●  Sequence casting technology;
     ●  Ladle slag-carry-over detecting technology;
     ●  Metallurgical technology of tundish;
     ●  Automatic control technology of mould level;
     ●  Electromagnetic stirring technology of mould;
     ●  Breakout prediction technology of mould;
     ●  Continuous bending and straightening  technology;
     ●  Close packed split roll technology;
     ●  Dynamic control technology of secondary cooling chamber;
     ●  Dynamic soft reduction technology;
     ●  Electromagnetic stirring technology of strand;
     ●  Quick changing technology of main equipment;
     ●  Strand quality judgement technology by computer;
     ●  Strand tracking and managing technology by computer.

6 Lime kiln

　　首BSIET has man-year experience in general contracting of lime kiln project, has built many sets of lime kiln for Shougang Qiangang, Shougang Jingtang and Jingang, etc., and has accumulated rich engineering experience.

     ●  Overall optimization of thermal system, lining structure, inner cylinder, heat exchanger, control system;
     ●  Deep processing facility of lime and remote conveying facility of powdery lime product can be necessarily built up;
     ●  An all-nationalized design greatly reduces the customers' investment and cost for maintenance;
     ●  Reliable technology, stable production, good product quality and long service life of refractory material. 
     ●  Patented technology: A drying method for shaft kiln; An annular shaft kiln; A heat-up kiln.

7 Secondary treatment of steel slag

　　BSIET independently researched and developed steel slag secondary processing technology. Through multi-stage crushing, screening and magnetic separation process, the waste metal in the steel slags is recovered as much as possible and the “zero discharge” of steel slags is realized. With many years general contracting experience of steel slag secondary treatment, BSIET has built many production lines of steel slag secondary treatment for Shougang Qiangang, Shanxi Jianbang, Jingang and other enterprises. This technology is in leading position of that industry.

     ●  Advanced process, reliable equipment performance, less occupied land, economical investment and suitable for production;
     ●  Compact process line, short and smooth process flow,  low production cost and high quality production;
     ●  High efficiency, energy saving, environmental protection;
     ●  Matured automatic control system;
     ●  Patented technology: One kind of steel slag secondary treatment system and method.

8 Cold hardened pellet of converter dry dedusting ash

　　BSIET invented the patented technology of cold hardened pellet of converter dry dedusting ash and built many production lines for Shougang, Rigang and other companies. This technology is in leading position of that industry.

     ●  The first converter dry dedusting ash extruding ball production line in China;
     ●  Pan mill is used for material blending to realize quick blending and reduce the consumption of binder;
     ●  Tail gas of lime kiln is used for pellet drying to save energy and reduce consumption;
     ●  The efficient resource utilization of solid wastes can obtain good economic, environmental and social benefits. 
     ●  Patent technology: A process of cold hardened pellet and extruding ball of converter dry dedusting ash

 

1 Typical project of hot metal pretreatment

1）Hot metal desulphurization and slag skimming by injection of magnesium for the No. 2 Steelmaking Plant of Shougang
        General situation: The project is divided into two stages, hot metal treatment of Phase I project is 1.6 - 1.7 million t/a, and hot metal treatment after the completion of Phase II project is about 3.3 million t/a. International advanced hot metal ladle desulphurization technology by single granulated magnesium injection is used, and the injection carrier is nitrogen. Main equipment includes: charging tank, injection tank, hot metal weighing transfer car, lance traversing car, positioning device for lance traversing car, lance lifting/lowering device, lance holder, temperature measurement and sampling device, and automation control equipment. Design requirement about the operation index is reached, thus the requirement of low sulphur steelmaking is satisfied. 
        Award: The Third Prize of Ministerial Excellent Engineering Design in Metallurgical Industry and the 1st Prize of Beijing Excellent Engineering Consultation.

2）General contracting project of hot metal desulphurization for Xinggang

General situation: put into operation in November, 2008 with its treatment scale of 1,750,000t/a.  
Technical characteristics:
    ●  Desulphurization pretreatment is carried out by injection of granulated magnesium desulphurizing agent plus a slag spooning machine and all operation indexes stand in the leading position in the domestic industry of China.
     ●  It is a pioneer in China that a desulphurizing station is set up on the hot metal track between blast furnace in the iron-making plant and steelmaking plant.
     ●  A traversing car integrates with a lance lifting/lowering device and a lance traversing car corresponds to two injection and desulphurizing work-posts.
     ●  Slag spooning technology is adopted for prevention of a hot metal ladle from tilting operation on railway line and a slag spooning machine corresponds to two work-posts.
     ●  The aligning device of the lance lifting/lowering traversing car is of an independently innovated technology and the aligning accuracy is ±50mm.

3）General contracting project of hot metal dephosphorization for Taigang stainless steel
General situation: it was put into operation in February, 2015 with its treatment scale of 300,000t/a.
Technical characteristics:
    ●  Hot metal ladle dephosphorizing process by injection.
    ●  The first set of all home-made duplex hot metal injection dephosphorization equipment in China, realized the direct supply of AOD low phosphorus hot metal with smelting 400 series stainless steel process at low cost.
    ●  A full-three-removal (desulphurization, desiliconization and dephosphorization) process is used. Desiliconization and dephosphorization are fulfilled in a same reaction vessel.
    ●  Such a stirring process as injection carrier gas and top oxygen-blowing is adopted.

4）General contracting project of hot metal desulphurization for Tangshan Jianlong Iron and Steel Co., Ltd.General situation: put into operation in February, 2013 with its treatment scale of 650,000t/a.
Technical characteristics:
     ●  Hydraulic top rising, tilting and slag skimming process of BF hot metal ladles.
     ●  Lance changing process by cantilever crane.
     ●  A simple and practical desulphurization model by injection of granulated magnesium to reduce the cost for desulphurization.

5）Qiangang #1 KR desulphurization projectGeneral situation: put into operation in December, 2017 with its treatment scale of 1,650,000t/a. 
Technical characteristics:
     ●  Disk-spring damping technology is adopted to reduce the impact on equipment and steel structure platform.
     ●  Fully hydraulic driven slag skimming equipment, with characteristics of quick and flexible action, and strong slag skimming (striking) force.
     ●  The hot metal transport vehicle with hot metal ladle tilting function is used. The hot metal tilting uses hydraulic drive, and the hydraulic station will have the integration of hot metal tilting and actions of slag skimming machine.
     ●  Weighing method is set for the lime storage tank, intermediate tank and Al ash storage bin to display the status of materials in the storage tank (bin) in real time.

2、转炉炼钢典型工程

1）Converter steelmaking project for Qiangang #1 Steelmaking Plant of Shougang
    General situation: its final scale is to produce qualified 4,000,000t/a billet. Divided into two phases: 2,000,000t/a billet production capacity for Phase I was reached and the main equipment include two 210t converters, two 8-strand continuous billet casters, a set of hot metal desulphurizing and slag skimming device, and a set of off-line ladle argon-blowing facility. Main product is carbon steel and low alloy steel, 130-160mm2 billet.
      Main equipment of Phase II includes: one 210t converter, two 2-strand continuous slab casters, hot metal desulphurizing and slag skimming devices, LF refining furnace and RH vacuum refining device, etc. 
      Phase I was put into production in October, 2004, and Phase II was put into production in October, 2006. Such patented technology as plate type flexible connection was adopted for the converter and the independently developed sub-lance automation steelmaking technology was applied.
      Awards: Packaged automation technology for Shougang Qiangang 210t converter steelmaking wins the 1st prize of Metallurgical Science and Technology Progress. Iron-making and Steel-making Phase I project of Shougang Qiangang 4.00MTPA Steel Complex wins the Bronze Prize of National Excellent Design, and the 1st Prize of Ministerial Excellent Engineering Design in Metallurgical Industry. Iron-making and Steel-making Phase II project of Shougang Qiangang 4.00MTPA Steel Complex wins the Silver Prize of National Excellent Design, and the 1st Prize of Ministerial Excellent Engineering Design in Metallurgical Industry. 

2）Converter steelmaking project for Shouqin Metal Material Co., Ltd.
      General situation: With its molten steel production scale of 2,600,000t/a, and the project is constructed in two stages. Main equipment of Phase I project includes: two 100t converters, one hot metal reladle station, one set of off-line LF refining furnace and one single-strand slab continuous casting machine. Main equipment of Phase II project includes: two 100t converters, one set of LF refining device, one set of RH vacuum refining device and two wide slab continuous casters, which provide high quality slab raw material for wide plate rolling mill. A large plate base completely with steelmaking, refining, continuous casting and steel rolling technologies will finally be built. The project flow is in the international advanced level, it is compact and efficient, and with low consumption, high technical level and good economic benefits.Awards: Steel complex engineering design of Shouqin Metal Material Co., Ltd. wins the Bronze Prize of National Excellent Design, and the 1st Prize of Ministerial Excellent Engineering Design in Metallurgical Industry. Steel complex engineering (Phase II) design of Shouqin Metal Material Co., Ltd. wins the 1st Prize of Ministerial Excellent Engineering Design in Metallurgical Industry. The new technology integration and independent innovation of Shouqin modern steel plant wins the second prize of Metallurgical Science and Technology Progress and the second prize of Beijing Science and Technology Progress.

3）General contracting project of converter steelmaking in new area of Wenshui Weihai Iron & Steel Co.

      General situation: With its planned yearly production of 3,000,000 tons, and the project is constructed in two stages. In the first stage, the billet production capacity of 1,200,000t/a was reached and the main equipment includes a 100t converter, an 8-strand continuous billet caster and an on-line ladle oxygen-blowing station. The 1st-stage project was put into operation in January, 2013. In the second stage, the following main equipment will be envisaged: two hot metal desulphurizing and slag skimming devices, two 100t converters, two on-line ladle argon-blowing stations, two LF refining furnaces, one liquid steel vacuum refining device, one 8-strand continuous billet caster and two 1-strand continuous slab casters.
      Technical characteristics: billets and slabs included, rational process layout, smooth metallurgical flow, clean plant environment, and high efficient, low cost and clean production of steelmaking.

3 Typical project of EAF steelmaking

1）EAF steel-making project of Shougang Guiyang Special Steel Co., Ltd.

      General situation: The project is planned to produce 500,000 t/a qualified molten steel, and the product is positioned as special steel such as easy-to-cut steel and drill tool steel, with high added value. The project is equipped with one 60t CONSTEEL EAF, one 4-strand small billet CCM and one 2-strand rectangular bloom vertical CCM, the refining equipment includes two LF refining furnaces, one VOD refining furnace and one VD furnace, and desulphurizing facility by powdered magnesium injection is also provided to increase the quality of molten steel.
      Technical characteristics: in the design process, the project not only introduced foreign advanced technology, but also carried out self-innovation. The project design integrates the advantages of advanced equipment, environmental friendliness and energy conservation. First quick dismantling mechanism of ladle porous brick was adopted in China; First bloom vertical CCM was adopted in China; Flue gas preheating and flue gas waste heat recovery technology for scrap steel was adopted; Foreign advanced ladle tipping mechanism was adopted; Complete dedusting facilities and high dust control intensity.

      Award: EAF steel-making engineering design of Shougang Guiyang Special Steel Co., Ltd. won the 1st Prize of Excellent Engineering Design.

3 Typical project of secondary refining

1）Shougang Qiangang #1 RH vacuum treatment project

It is with 2,000,000t/a treatment capacity and put into production in November, 2006.

2）LF furnace project for Shougang #2 Steelmaking Plant
It is with 2,100,000t/a treatment capacity and put into production in July, 2006. Completely and independently designed and integrated, all the indexes are the same as those of the imported equipment. Awarded the 2nd prize of Ministerial Excellent Engineering Design in Metallurgical Industry.

3）VD vacuum treatment project for Shougang #3 Steelmaking Plant
It is with 800,000t/a treatment capacity and put into production in 2000. Steam generated from the converter with the independent intellectual property right is used for the vacuum pump technology of VD furnace to greatly reduce the energy consumption. Awarded the 2nd prize of Beijing Science and Technology Progress and the 3rd prize of Metallurgical Science and Technology.

4）General contracting project of CAS-OB refining for Taishan Iron and Steel Co.
It is with 1,000,000t/a treatment capacity and put into production in June, 2013. It works together with an 80t converter to produce low-carbon aluminium-killed steel in low cost and quick rhythm.

4 Typical project of continuous casting

 

（1）2-strand continuous slab caster of Shougang Qiangang

 

Model	Curved, continuous bending and continuous straightening
Radius	R9.0m
No. of strands	2 strands × 2 sets
Specifications of strands	Thickness: 230mm and 250mm; Width: #1 caster, 900-1600mm and #2 caster 1100-2150mm
Steel grades to be produced	Steel for galvanized sheets, super-deep drawing steel, constructional steel, low-carbon steel, automobile steel, steel for boilers and pressure vessels, shipbuilding steel, pipeline steel, weather-resisting steel and bridge steel, etc.
Maximum withdrawing speed	1.7(230mm), 1.5(250mm)
Metallurgical length	34.5m
Control mode of level	Electromagnetic eddy current, stopper control
Width adjustment of mould	Hydraulic
Mould oscillation	Hydraulic oscillation
Secondary cooling	Water cooling + air-mist cooling
Soft reduction	Soft reduction in whole process, dynamic control
Annual output	Caster 1: 2,000,000t/a,                 Caster 2: 2,300,000t/a

（2）Shougang Qiangang 8-strand continuous billet caster

Model	Curved and continuous straightening
Basic arc radius:	R9.0m
No.of strands x sets	8×2
Space between strands	1200mm
Specifications of strands	130×130, 140×140, 160×160
Typical steel grades	Q215～Q255, 16Mn, 20MnSi, 20MnSiV
Metallurgical length	28m
Withdrawing speed of caster	130×130mm：3.0～3.7m/min
	140×140mm：2.6～3.2m/min
	160×160mm：2.0～2.6m/min
Withdrawing speed of equipment	0.3～5m/min.
Control mode of level	Cs137+manual stopper
Mould oscillation	Electric, sinusoidal oscillation, AC VVVF
Type of dummy bar	Rigid dummy bar
Annual output	2,000,000t/a × 2 sets

（3）Shougang Jingtang 4# 2-strand continuous slab caster

 

Model	Curved and continuous straightening
Basic arc radius:	R9.0m
No.of strands x sets	8×2
Space between strands	1200mm
Specifications of strands	130×130, 140×140, 160×160
Typical steel grades	Q215～Q255, 16Mn, 20MnSi, 20MnSiV
Metallurgical length	28m
Withdrawing speed of caster	130×130mm：3.0～3.7m/min
	140×140mm：2.6～3.2m/min
	160×160mm：2.0～2.6m/min
Withdrawing speed of equipment	0.3～5m/min.
Control mode of level	Cs137+manual stopper
Mould oscillation	Electric, sinusoidal oscillation, AC VVVF
Type of dummy bar	Rigid dummy bar
Annual output	2,000,000t/a × 2 sets

5 Typical project of lime kiln

（1）600t/d lime kiln project of Shougang Qiangang
       General situation: it was put into production in January 2010 with its yearly active lime production of 210,000 tons, it is the first 600t/d shaft kiln independently developed and designed in China.
       Technical characteristics: The kiln body structure of 600t/d shaft kiln is independently developed and the following advanced technologies are adopted such as parallel-flow calcine process, rotary distribution, heat recovery of cooling air and heat exchange of offgas, negative pressure operation, lime discharging by supporting board, heating-up of kiln with material, structure of bearing ring, addition of cooling beam for kiln shell, optimization of refractory structure for arch bridge and optimization of structure for combustion chamber, rational determination of annular space, reduction of wall effect and vertical process layout, etc. A completely independent design is realized.

（2）Shougang Jingtang 500t/d×4 lime shaft kiln
      General situation: Four 500t/d shaft kilns were set up totally. Three of the four shaft kilns produce 496,800 tons of active lime per year and one of them produces 165,600 tons of lightly fired dolomite per year. The project was built up in two stages. In the first stage, two shaft kilns were put into operation in June, 2009 and in the second stage, two shaft kilns were put into production in February, 2010.
      Technical characteristics: Short flow process and simple process arrangement; Thermal process system of shaft kiln is suitable for production of small-sized lime; Structure of kiln proper is optimized, advanced internal structure and refractory design are adopted; All-automation control system for the shaft kiln proper system; Deep-processing process of lime.

（3）Jingang 600t/d lime shaft kiln
      General situation: One 600t/d shaft kiln was set up and it produces 210,000 tons of lime per year. It was put into operation in December, 2013.
      Technical characteristics: Structure of kiln proper is optimized, advanced internal structure and refractory design are adopted. Control system is fully automatic and all indexes reach the advanced level of domestic equipment in China. The project wins the third prize of the Excellent Engineering Design in the Metallurgical Industry.

（4）2x500t gas combustion vertical lime kiln project for Jingang Shunsheng
      General situation: Two 500t/d gas combustion vertical lime kilns were set up totally and the project is with 330,000t/a lime production. It was put into operation in May, 2017.
      Technical characteristics: Many practical new techniques were adopted, such as large scale air cooling centre combined type burner, Japanese well type side burner, combustion air gas double-preheater, and so on. Low calorific value BFG was used as fuel. Raw material with 20~40mm particle size could be treated. Vertical kiln has simple structure and there is no shaped brick in refractory material. Material distribution at kiln top adopts the coordination of the idle screw distributor and the multitubular material seal distributor.

6 Typical project of steel slag treatment

（1）Shougang Qiangang secondary treatment production line of slag
      General situation: It was put into production in December, 2006 with its treatment capacity of 1,200,000t/a.

（2）General contracting project of secondary treatment production line of slag for Jianbang Iron & Steel Company, Shanxi
      General situation: It was put into production in July, 2014 with its treatment capacity of 500,000t/a.

7 Projects on energy-saving and environmental protection

（1）Cold hardened pellet project of Rigang converter dedusting ash
      General situation: Its treatment capacity of converter dedusting ash is 200,000t/a~250,000t/a, and its treatment capacity of ferroalloy powder is 9000t/a.
      Technical characteristics: The first converter dry dedusting ash extruding ball production line in China, and a patent for innovation was obtained. Cold hardened pellet technology is used to realize high efficient recycle of primary dedusting ash of converter. Suction/discharge truck or pneumatic conveying is used for the reception of steelmaking dedusting ash to reduce transfer and flying dust in room. Pan mill is used for material blending to realize quick blending and reduce the consumption of binder. Tail gas of lime kiln is used for pellet drying to save energy and reduce consumption. Low running cost, and production cost is reduced by 200RMB/t pellet compared with sinter.

（2）Magang slag pot grating plate project
      General situation: Grating plate output per year is 6000 sets.
      Technical characteristics: 1) Raw material for slag pot grating plate consists of steel slag (size <35mm), refractory (size <35mm), cement and steel bar, then a large amount of steel slag produced by the steel plant could be efficiently used to reduce pollution on the environment. 2) The process flow is simple, practical and easy to realize. Equipment used in the process flow is conventional equipment in concrete and block production until now.     3) Grating plate surface is painted with slag pot paint to prevent bonding from steel slag and grating plate. Casting residual slag is cut into small lumps by slag pot grating plate, thus could efficiently avoid the formation of “large slag lump” to avoid harmfulness caused by dropping hammer, gas cutting, etc. 4) Video monitoring is used for production operation. Reduces managers and post holders, consumption and cost.

 

 

 

 

 

Hot metal pretreatment

 

No.	Consumer	Location	Production capacity (MTPA)	Capacity x set	Type	Start-up time	Service mode
1	No.1 Steelmaking Plant of Shougang Qianan Iron and Steel Co.	Hebei, China	2.0	210	#1 KR stirring desulphurization	December, 2017	EPC
2	No.1 Steelmaking Plant of Shougang Qianan Iron and Steel Co.	Hebei, China	2.0	210	#2 KR stirring desulphurization	Under construction	EPC
3	Shougang Jingtang Iron and Steel Co.	Hebei, China	3.0	300	Main facility supply of 300t KR agitator blade		EPC
4	Shandong Taishan Iron and Steel Co.	Shandong, China	0.35	60	Hot metal “three-removal” (desulphurization, desilicification and dephosphorization) project	2016	Design and supply
5	No.1 Steelmaking Plant of Shougang Qian’an Iron and Steel Co.	Hebei, China	2.0	210t	KR stirring hot metal desulphurization	—	EPC
6	Taishan Iron and Steel Co.	Shandong, China	0.65	60x2	Hot metal ladle dephosphorization by injection	January, 2015	EPC
7	Shoukuang Dachang Metal & Material Co.	Anhui, China	1.6	120t×2	KR stirring hot metal desulphurization	—	EPC
8	Shougang Guiyang Special Steel Co., Ltd.	Guizhou, China	2.7	100t×2	KR stirring hot metal desulphurization	—	EPC
9	Tangshan Jianlong Iron and Steel Co., Ltd.	Hebei, China	0.6	65t	Single granulated magnesium injection for desulphurization	February, 2013	EPC
10	Xingtai Iron and Steel Co.	Hebei, China	0.3	45t	Hot metal ladle dephosphorization by injection	June, 2011	EPC
11	Shougang Jingtang Iron and Steel Co.	Hebei, China	3.0	300t	Revamping for KR stirring hot metal desulphurization slag scooping	December, 2010	Engineering
12	Xuanhua Iron and Steel Corp. (group)	Hebei, China	2.6	120t×2	Single granulated magnesium injection for desulphurization and slag scooping	November, 2010	EPC
13	Shente Iron and Steel Co., Ltd.	Jiangsu, China	1.5	120t	Single granulated magnesium injection for desulphurization	August, 2010	Design and supply
14	No.2 Steelmaking Plant of Shougang Qianan Iron and Steel Co.	Hebei, China	3.4	230t×3	KR stirring hot metal desulphurization	February, 2010	Joint design
15	Xingtai Iron and Steel Co.	Hebei, China	1.75	65t×4	Single granulated magnesium injection for desulphurization and slag scooping	November, 2008	EPC
16	Shouqin Metal Materials Co., Ltd.	Hebei, China	1.0	100t	Single granulated magnesium injection for desulphurization	January, 2008	Design and supply
17	Chengde Xinxin Vanadium-titanium Co., Ltd.	Hebei, China	1.2	120t	Single granulated magnesium injection for desulphurization	November, 2006	Design and supply
18	Hongda Iron & Steel Co.	Shandong, China	0.7	70t	Single granulated magnesium injection for desulphurization	November, 2006	EPC
19	No.1 Steelmaking Plant of Shougang Qianan Iron and Steel Co.	Hebei, China	2.0	210t×2	Single granulated magnesium injection for desulphurization	August, 2006	Joint design
20	Shouqin Metal Materials Co., Ltd.	Hebei, China	1.0	100t	Single granulated magnesium injection for desulphurization	July, 2006	Design and supply
21	Shouqin Metal Materials Co., Ltd.	Hebei, China	1.0	100t	Single granulated magnesium injection for desulphurization	March, 2005	Design and supply
22	Shougang #3 Steelmaking Plant	Beijing, China	1.0	80t	Single granulated magnesium injection for desulphurization	December, 2004	Engineering
23	No.1 Steelmaking Plant of Shougang Qianan Iron and Steel Co.	Hebei, China	2.0	210t	Single granulated magnesium injection for desulphurization	December, 2004	Joint design
24	Shougang #2 Steelmaking Plant	Beijing, China	1.7	210t	Single granulated magnesium injection for desulphurization and slag scooping	February, 2004	Design and supply
25	Shougang #2 Steelmaking Plant	Beijing, China	1.7	210t	Single granulated magnesium injection for desulphurization and slag scooping	June, 2002	Joint design
26	Baotou Iron & Steel Co.,  Ltd.	Inner Mongolia, China	2.0	210t	Desulphurization with ladle top-blown compound desulfurizer	December, 2001	EPC

Converter steelmaking

 

No.	Consumer	Location	Production capacity (MTPA)	Capacity x set	Start-up time	Service mode
1	Shougang Jingtang Iron and Steel Complex (Phase II)	Hebei, China	5.0	210t×3	Under construction	Engineering
2	Shougang Guiyang Special Steel Co., Ltd.	Guizhou, China	1.8	100t×2	—	EPC
3	Shoukuang Dachang Metal & Material Co.	Anhui, China	3.25	120t×2	—	EPC
4	Wenshui Haiwei Iron and Steel Co., Ltd.	Shanxi, China	1.2	100t	January, 2013	EPC
5	Shougang Changzhi Iron and Steel Co.	Shanxi, China	2.96	65t×3	May, 2011	Engineering
6	Steelmaking II of Tangshan Shougang Baoye Iron & Steel Co., Ltd.	Hebei, China	3.43	210t×2	—	Engineering
7	Steelmaking I of Tangshan Shougang Baoye Iron & Steel Co., Ltd.	Hebei, China	2.55	150t×2	—	Engineering
8	No.2 Steelmaking Plant of Shougang Qianan Iron and Steel Co.	Hebei, China	4.0	210t×2	December, 2009	Engineering
9	Xingtai Iron and Steel Co.	Hebei, China	0.8	80t	August, 2007	Engineering
10	No.1 Steelmaking Plant of Shougang Qianan Iron and Steel Co. (Phase II)	Hebei, China	2.5	210t	October, 2006	Engineering
11	Huai Steel Group Co., Ltd.	Jiangsu, China	0.825	90t	April, 2006	Engineering
12	Shouqin Metal Materials Co., Ltd. (Phase II)	Hebei, China	2.0	100t×2	December, 2005	Engineering
13	Xingtai Iron and Steel Co.	Hebei, China	0.7	65t	November, 2005	Engineering
14	SJK Iron and Steel Co.	India	0.5	25t×2	June, 2005	Engineering
15	BASL Steel Plant	India	1.0	50t×2	—	Engineering
16	Longyan Iron and Steel Co., Ltd.	Fujian, China	0.45	25t	December, 2004	Engineering
17	Yunnan Desheng Iron and Steel Co.	Yunnan, China	0.4	30t	August, 2004	Engineering
18	Shouqin Metal Materials Co., Ltd. (Phase I)	Hebei, China	1.0	100t	June, 2004	Engineering
19	Nanchang Changli Iron & Steel Co., Ltd.	Jiangxi, China	1.4	65t×2	June, 2004	EPC
20	No. 1 Steelmaking Plant of Shougang Qianan Iron and Steel Co. (Phase I)	Hebei, China	2.0	210t×2	January, 2004	Engineering
21	Honglu Mining Co.	Shandong, China	0.3	25t	February, 2003	EPC
22	Tangshan Jianlong Iron and Steel Co., Ltd.	Hebei, China	0.5	25t×2	January, 2002	EPC
23	No. 2 Steel-making Plant of Baotou Iron and Steel Group	Inner Mongolia, China	2.0	210t	November, 2001	EPC
24	Zimbabwe Iron and Steel Co.	Zimbabwe	0.6	60t	1997	Engineering
25	No. 3 Steel-making Plant of Shougang Group	Beijing, China	2.5	80t×3	1992	Engineering
26	No. 1 Steel-making Plant of Shougang Group (Renovation)	Beijing, China	1.8	30t×3	1991	Engineering
27	No. 2 Steel-making Plant of Shougang Group	Beijing, China	4.5	210t×3	1986	Engineering

EAF steelmaking

 

No.	Consumer	Location	Production capacity (MTPA)	Capacity x set	Start-up time	Service mode
1	Shandong Taishan Iron and Steel Co.	Shandong, China	0.6	70t×1	August, 2018	EPC
2	Xingtai Iron and Steel Co.	Hebei, China	0.8	100t	—	Engineering
3	Jianbang Iron & Steel Co.	Shanxi, China	0.8	100t	—	EPC
4	Shougang Guiyang Special Steel Co., Ltd.	Guizhou, China	0.6	60t	May, 2014	Engineering
5	Shadeed Iron and Steel Plant	Oman	1.08	150t	—	EPC
6	Shougang Mining Co.	Hebei, China	0.25	50t×2	1987	Engineering

Ladle refining

 

No.	Consumer	Location	Production capacity (MTPA)	Capacity x set	Type	Start-up time	Scope of work
1	Shougang Jingtang Iron and Steel Co. (Phase II)	Hebei, China	2.26	210t×1	Double-working position LF	Under construction	Engineering
	Shougang Jingtang Iron and Steel Co. (Phase II)	Hebei, China	3.26	210t×2	Single-working station LF	Under construction	Engineering
2	Shougang Jingtang Iron and Steel Co. (Phase II)	Hebei, China	3.68	210t×2	VD	Under construction	Engineering
3	Shoukuang Dachang Metal & Material Co.	Anhui, China	1.5	120t	LF	—	EPC
4	Converter steelmaking plant of Shougang Guiyang Special Steel Co., Ltd.	Guizhou, China	2.0	100t×2	LF	—	EPC
5	Converter steelmaking plant of Shougang Guiyang Special Steel Co., Ltd.	Guizhou, China	1.0	100t	RH	—	EPC
6	EAF steelmaking plant of Shougang Guiyang Special Steel Co., Ltd.	Guizhou, China	0.9	60t×2	LF	May, 2014	Engineering
7	EAF steelmaking plant of Shougang Guiyang Special Steel Co., Ltd.	Guizhou, China	0.45+0.33	60t×2	VD+VOD	May, 2014	Engineering
8	Taishan Iron and Steel Co.	Shandong, China	1.0	80t	CAS-OB	June, 2013	EPC
9	Shougang Changzhi Iron and Steel Co.	Shanxi, China	0.8	80t	LF	October, 2011	Engineering
10	Xingtai Iron and Steel (group) Co., Ltd.	Hebei, China	0.5	50t	LF	June, 2011	Engineering
11	Shouqin Metal Materials Co., Ltd.	Hebei, China	1.0	100t	Powder injection into ladle	January, 2010	EPC
12	No.2 Steelmaking Plant of Shougang Qianan Iron and Steel Co.	Hebei, China	2.1	210t	LF	December, 2009	Joint design
13	No.2 Steelmaking Plant of Shougang Qianan Iron and Steel Co.	Hebei, China	4.2	210t×2	RH	December, 2009	Joint design
14	No.1 Steelmaking Plant of Shougang Qianan Iron and Steel Co.	Hebei, China	2.1	210t	RH	October, 2008	Joint design
15	Xingtai Iron and Steel (group) Co., Ltd.	Hebei, China	0.8	80t	LF	August, 2007	Engineering
16	Shouqin Metal Materials Co., Ltd.	Hebei, China	1.0	100t	RH	June, 2007	Joint design
17	No.1 Steelmaking Plant of Shougang Qianan Iron and Steel Co.	Hebei, China	2.0	210t	RH	November, 2006	Joint design
18	No.1 Steelmaking Plant of Shougang Qianan Iron and Steel Co.	Hebei, China	2.1	210t	LF	July, 2006	Joint design
19	No. 2 Steel-making Plant of Shougang Group	Beijing, China	2.1	210t	LF	July, 2006	EPC
20	Shouqin Metal Materials Co., Ltd.	Hebei, China	1.0	100t	LF	March, 2006	Engineering
21	Shougang Qianan Iron and Steel Co., Ltd.	Hebei, China	2.1	210t	CAS-OB	December, 2005	Engineering
22	No. 2 Steel-making Plant of Shougang Group	Beijing, China	2.1	210t	CAS-OB	December, 2004	Engineering
23	Nanchang Changli Iron & Steel Co.	Jiangxi, China	0.65	65t	LF	December, 2004	EPC
24	Shouqin Metal Materials Co., Ltd.	Hebei, China	1.0	100t	LF	June, 2004	Engineering
25	Huai Steel Group Co., Ltd.	Jiangsu, China	0.85	85t	LF	April, 2004	Engineering
26	No. 2 Steel-making Plant of Shougang Group	Beijing, China	2.1	210t	LF	March, 2003	Joint design
27	Shougang Steel Wire Plant	Beijing, China	0.03	3t	VOD	May, 2001	EPC
28	No. 3 Steel-making Plant of Shougang Group	Beijing, China	0.8	80t	LF	October, 2001	Engineering
29	No. 3 Steel-making Plant of Shougang Group	Beijing, China	0.8	80t	VD	April, 2000	EPC
30	No. 3 Steel-making Plant of Shougang Group	Beijing, China	0.8	80t	LF	August, 1998	Joint design

Billet and rectangular billet continuous casting

 

No.	Consumer	Location	Production capacity (MTPA)	No. of strands x sets	Specification of strand (mm) x (mm)	Start-up time	Service mode
1	Shoukuang Dachang Metal & Material Co.	Anhui, China	3.15	6×3	150×150	—	EPC
2	Converter Steel-making Plant of Shougang Guiyang Special Steel Co., Ltd.	Guizhou, China	0.56	5×1	200×200，Ф150	—	Joint design
3	Converter Steel-making Plant of Shougang Guiyang Special Steel Co., Ltd.	Guizhou, China	0.53	5×1	160×160	—	Joint design
4	Converter Steel-making Plant of Shougang Guiyang Special Steel Co., Ltd.	Guizhou, China	0.63	4×1	410×530	—	Joint design
5	EAF Steel-making Plant of Shougang Guiyang Special Steel Co., Ltd.	Guizhou, China	0.2	2×1	470×620，410×530	—	Joint design
6	EAF Steel-making Plant of Shougang Guiyang Special Steel Co., Ltd.	Guizhou, China	0.22	4×1	150×150, 200×200	2014	Design and supply
7	Wenshui Haiwei Iron and Steel Co., Ltd.	Shanxi, China	1.164	8×1	150×150	2013	EPC
8	Shougang Changzhi Iron and Steel Co.	Shanxi, China	0.75	5×1	150×150，Φ160	2013	Engineering
9	Shougang Changzhi Iron and Steel Co.	Shanxi, China	1.0	6×1	150×150	2010	Engineering
10	Huai Steel Group Co., Ltd.	Jiangsu, China	0.8	6×1	150×150	2004	Engineering
11	Shougang Qian’an Iron and Steel Co., Ltd.	Hebei, China	2.0	8×2	120×120，160x160	2004	Engineering
12	Hongda Mining Co.	Shandong, China	0.3	2×1	120×120	2003	EPC
13	Shougang #3 Steelmaking Plant	Beijing, China	0.66	4×1	160×245，220×220	2001	Joint design
14	Shougang #3 Steelmaking Plant	Beijing, China	0.82	8×1	130×130~140×140	1998	Engineering
15	Shougang #2 Steelmaking Plant	Beijing, China	2.4	8×3	120×120~140×140	1996	Engineering
16	Shougang #3 Steelmaking Plant	Beijing, China	3.2	8×4	120×120~140×140	1993	Engineering
17	Shougang #2 Steelmaking Plant	Beijing, China	2.52	8×2	120×120~180×180	1987	Joint design

Continuous slab casting

No.	Consumer	Location	Production capacity (MTPA)	No. of strands x sets	Specification of strand (mm) x (mm)	Start-up time	Service mode
1	Shougang Jingtang Iron and Steel Co.	Hebei, China	2.4	1×2	150/400×2400	Under construction	Engineering
2	Shougang Jingtang Iron and Steel Co.	Hebei, China	2.1	1×1	0.8/12.7×1600	Under construction	Joint design
3	Shouqin Metal Materials Co., Ltd.	Hebei, China	1.1	1×1	400×2400	2010	Joint design
4	Shougang Jingtang Iron and Steel Co.	Hebei, China	2.8	2×1	230×1650	2010	Engineering
5	Shougang Qian’an Iron and Steel Co., Ltd.	Hebei, China	3.6	2×2	230/250×1600	2010	Joint design
6	Shougang Qian’an Iron and Steel Co., Ltd.	Hebei, China	2.0	2×1	230/250×1600	2007	Joint design
7	Shougang Qian’an Iron and Steel Co., Ltd.	Hebei, China	2.3	2×1	230/250×2050	2007	Joint design
8	Shouqin Metal Materials Co., Ltd.	Hebei, China	1.4	1×1	320×2400	2006	Joint design
9	Shouqin Metal Materials Co., Ltd.	Hebei, China	1.1	1×1	250×1800	2004	Engineering
10	Shougang #2 Steelmaking Plant	Beijing, China	1.6	2×1	250×1800	2002	Engineering
11	Steelmaking plant of Handan Iron and Steel Co.	Hebei, China	0.4	1×1	250×1270~1930	2000	Engineering
12	Shougang #1 Steelmaking Plant	Beijing, China	0.4	1×1	180×750~1040	1988	Engineering
13	Shougang #2 Steelmaking Plant	Beijing, China	1.0	2×1	220×1600	1988	Engineering

Steel slag treatment

No.	Consumer	Location	Scale (MTPA)	Type	Start-up time	Service mode
1	Fengnan Iron & Steel Co., Ltd. of Hebei Zongheng Group	Hebei, China	2.2	Secondary treatment of steel slag	Under construction	EPC
2	Shougang Jingtang Iron and Steel Co. (Phase II)	Hebei, China	0.6	Secondary treatment of steel slag	Under construction	EPC
3	Anyang Yongxing Iron and Steel	Henan, China		Hot soaking process of steel slag	—	Engineering
4	Shoukuang Dachang Metal & Material Co.	Anhui, China		Secondary treatment of steel slag	—	EPC
5	Shougang Qian’an Iron and Steel Co., Ltd.	Hebei, China	0.65	Primary treatment of desulphurized slag and secondary treatment of steel slag	—	Design and supply
6	Tongcai Industry and Trade Co., Ltd.	Shanxi, China	0.5	Secondary treatment of steel slag	July, 2014	EPC
7	Jianbang Iron & Steel Co.	Shanxi, China	0.5	Secondary treatment of steel slag	July, 2014	EPC
8	Shouqin Metal Materials Co., Ltd.	Hebei, China	0.5	Secondary treatment of steel slag	June, 2014	Engineering
9	Jincheng Iron and Steel Co.	Shanxi, China	1.2	Secondary treatment of steel slag	June, 2014	Engineering
10	Wenshui Haiwei Iron and Steel Co., Ltd.	Shanxi, China	0.5	Secondary treatment of steel slag	December, 2012	EPC
11	No. 2 Steelmaking Plant of Shougang Qianan Iron and Steel Co.	Hebei, China	0.6	Hot slag pouring process	December, 2009	Engineering
12	Shougang Jingtang Iron and Steel Co.	Hebei, China	1.2	Slag soaking and secondary treatment	December, 2009	Engineering
13	Shougang Qian’an Iron and Steel Co., Ltd.	Hebei, China	1.2	Secondary treatment of steel slag	December, 2006	Engineering
14	No.1 Steelmaking Plant of Shougang Qianan Iron and Steel Co.	Hebei, China	0.6	Hot slag pouring process	October, 2004	Engineering
15	Shouqin Metal Materials Co., Ltd.	Hebei, China	0.4	Hot slag pouring process	June, 2004	Engineering
16	Shougang Group	Beijing, China	1.0	Secondary treatment of steel slag	December, 1997	Engineering
17	Shougang Group	Beijing, China	1.0	Hot slag pouring process	December, 1990	Engineering

Lime kiln

No.	Description	Location	Production capacity (TPD)	Start-up time	Service mode
1	Gas combustion vertical kiln of Shougang Jingtang Iron and Steel Co.	Hebei, China	500×2	Under construction	EPC
2	Gas combustion vertical kiln of Shanxi Jincheng Fusheng Steel Co., Ltd.	Shanxi, China	500x2	2017. 05	EPC
3	Shougang Yili Iron and Steel Co.	Xinjiang, China	500	October, 2014	Design and supply
4	Shanxi Jincheng Shunsheng New Type Environmental Building Materials Co.	Shanxi, China	600	October, 2013	EPC
5	Shougang Changzhi Iron and Steel Co.	Shanxi, China	500	May, 2011	Engineering
6	Shougang Jingtang Iron and Steel Co.	Hebei, China	500	April, 2011	Engineering
7	Shougang Qian’an Iron and Steel Co., Ltd.	Hebei, China	550	May, 2010	Engineering
8	Shougang Jingtang Iron and Steel Co.	Hebei, China	500×2	February, 2010	Engineering
9	Shougang Qian’an Iron and Steel Co., Ltd.	Hebei, China	600	January, 2010	Engineering
10	Shougang Jingtang Iron and Steel Co.	Hebei, China	500×2	June, 2009	Engineering
11	Shougang Qian’an Iron and Steel Co., Ltd.	Hebei, China	500	December, 2005	Engineering
12	Shougang Group #2 Refractory Plant	Beijing, China	500	June, 2005	Engineering
13	Shougang Qian’an Iron and Steel Co., Ltd.	Hebei, China	500	September, 2004	Engineering
14	Shouqin Metal Materials Co., Ltd.	Hebei, China	500	August, 2004	Engineering
15	Huai Steel Group Co., Ltd.	Jiangsu, China	300	May, 2004	Engineering
16	Shougang Group	Beijing, China	500	November, 2001	Engineering

Others

No.	Description	Location	Scale (MTPA)	Start-up time	Service mode
1	Converter sub-lance of Shougang Jingtang Iron and Steel Co. (Phase II)	Hebei, China	—	Under construction	EPC
2	#2 desulphurization converter sub-lance system of Shougang Jingtang Co.	Hebei, China	—	2012	EPC
3	Automation steelmaking L2 system and steelmaking model renovation and development of Shougang Jingtang #1, #2 and #3 decarbonization converters	Hebei, China	—	2011	Design development
4	#1 and #2 converters’ sub-lance system of Shougang Qiangang #2 Steelmaking Plant	Hebei, China	—	2008	Engineering
5	#3 converter’s sub-lance system of Shougang Qiangang #1 Steelmaking Plant	Hebei, China	—	2006	Engineering
6	#1 and #2 converters’ sub-lance system of Shougang Qiangang #1 Steelmaking Plant	Hebei, China	—	2006	Joint design
7	Ladle capping of Shougang Jingtang Iron and Steel Co. (Phase II)	Hebei, China	—	Under construction	EPC
8	Ladle capping of Shougang Jingtang Iron and Steel Co. (Phase I)	Hebei, China	—	Under construction	EPC
9	Torpedo capping of Shougang Jingtang Iron and Steel Co. (Phase I)	Hebei, China	—	Under construction	EPC
10	Dedusting ash cold hardened pellet project of Shandong Rizhao Iron & Steel Group	Shandong, China	0.3	May, 2017	EPC
11	Scrap steel processing workshop project in Rizhao quality product base of Shangang Group	Shandong, China	0.45	Under construction	EPC
12	Scrap steel storage and processing project of Wenshui Haiwei Iron and Steel Co., Ltd.	Shanxi, China	0.4	January, 2013	EPC
13	Scrap steel processing workshop in scrap steel stockyard of Shougang Qiangang	Hebei, China	1.5	December, 2009	Engineering
14	Scrap steel processing plant of Shougang Jingtang Iron and Steel Co.	Hebei, China	1.5	July, 2009	Engineering
15	#1 scrap steel processing workshop of Shougang Qiangang	Hebei, China	0.6	October, 2004	Engineering
16	Scrap steel processing workshop of Shouqin	Hebei, China	0.5	June, 2003	Engineering

 

 

 

 

Zhang Deguo    Mobile phone: 13701291057    Fixed phone:  88299392
Hou Cheng        Mobile phone: 13381272995    Fixed phone:  88298669