Shenwu General Introduction 20160718

July 18th, 2016

1

Technological Breakthrough of Efficient and Clean Utilization of

Resources

Company Profile

Background of Technological Innovation

Core Technology

Practice and Implementations

Prospects

2

Titles◎ Director of EMCA

◎ Deputy Director of China Association of Circular Economy

◎ Deputy DG of Coal Chemical Association in CFCIF

◎ Member of Entrepreneur Advisory Committee of Zhongguancun National Innovation Model Park

◎ Vice Chairman of Beijing Thermal Physics & Energy Engineering Insititute

◎ Vice Chairman of BMES

◎ Vice Chairman of Beijing Industrial Furnace Institute;

◎ Member of International commission of Asia-Pacific region combustion and energy utilization

◎ Vice Chairman of Energy Efficiency & Investment Appraisal Committee of CERS

◎ Member of 11th and 12th Beijing Committee of CPPCC

◎ Top 100 Social Entrepreneur to Change the World Selected by Newsweek in 2007

Dr. Wu Daohong

Education■ Bachelor’s degree in solid-propellant rocket engine, National University of Defense Technology, 1984-1988

■ Master’s degree in liquid-propellant rocket engine, National University of Defense Technology, 1988-1991

■ Doctor’s degree in aero-engine, Beijing University of Aeronautics & Astronautics, 1991-1994

■ Post-doctor research in Heavy oil processing, China university of Petroleum, 1994-1995

■ In 1996, established Beijing Shenwu Nozzle Technology Co., Ltd, the former Beijing Shenwu Thermal Energy Technology Co., Ltd.

3

Chemical

Industries

Furnace &

Kiln

Industries

Metallurgical

Industries

Engineering

Consulting

Energy

Efficient

Low Emission

Comprehen

sive

Utilization

Of

Resources

■ 9 Subsidiaries (2 Public Listed)

■ 3700 Employees

■ Total Asset: 12.4 Billion RMB

■ Contract Value 2015: 12.6 Billion

■ 1400 PatentsClass-A Qualifications

Our Missions

4

5

• “2012 China Top 20 Clean Technology Enterprises” issued by Deloitte on Dec.06, 2012

Rank 1st

• “2013 China Top 100 ESCOs” issued by “Eco Forum Global Guiyang” on Jul. 2013

Rank 2nd

• “ 2014 China Top 200 Science & Technology Innovation Demonstration Enterprises” appraised by MIIT, MOST and MOF

Rank 1st

Burner type regenerative combustion technology invented firstly in China.

14

Beijing ShenwuNozzle Technology Co., Ltd established in Z-park.

1995 ShenwuIndustrial Park (land area: 60 mu) in Changpinginvesting RMB 100 million.

1999 Acquire HFEC and get access to the petrochemical energy-saving market

2005 Acquire JSMDI Hubei Shenwu Co (core energy-saving equipment manufacture center with an investment of RMB 300 million.

2007 Shenwuenergy conservation and atmospheric haze control lab (land area: 100 mu) constructed with an investment of RMB 500 million.

2009 Strategic investor introduced, privatization completed.Reorganization complete, group management frame founded Shareholder established

201095

10

0507 09

99 04

2004

2014

Implementati

on of the

business model

transformation

Mergerlisted Co Tianli Group（Stock code 300156） Merger listed JingchengCo,.ltd (Stock code 000820)

6

7

0

20

40

60

80

100

2015 2020 2030 2050

Forecast of Total Energy Demand in China

Standard Coal: 100 million ton

48

43

63

53

Unit：Year

8

Global China

Petroleum Natural Gas Coal

52

16

54

40

110

217

Price will rise!

China and Global Fossil Energy Consumption Time Limit

Unit：Year

9

2015 2030

Solar Power（100 million KW）

0.5 3.5

Wind power

（100 million KW）

1.3 4.5

Hydro power（100 million KW）

3.0 4.5

Nuclear power（100 million KW）

0.2 1.4

5.4 6.6

Coal（100 million t）

39.5 36.1

Natural gas（100 million m3 ）

1932 4800

By the year of 2030, total installed capacity of new energy will reach 1.44 billion kw. However, the capacity of new energy can only replace 1.16 billion tons of coal, taking 22% of the total energy consumption.

22%By the end of 2015,China has invested5,300 billion RMB inthe development ofnew energy, taking11.2% of the totalenergy consumption.

11.2%

Prediction

by

Chinese

Government

Prospect Forecast of Renewable Energy in China

Petroleum

(100 million t)

10

Higher Costs of New Energy

0

1

2

3

4

Coal Wind Nuclear Solar

Costs of Power Generation

New energy industries will still

rely on government subsidies for

a very long period of time.

There is no future for industries

relying on government subsidies.

11

IN THE COMING

30 YEARS,

NEW ENERGY

COULD BE USED

AS SUPPLEMENT,

BUT NOT AS THE

MAJOR FORCE.”

“

55

5757

5859

61

68

71

50

58

67

75

2010 2011 2012 2013 2014 2015 2020 2030

11.7

21.6

26.1

30.031.7

32.7

37.2

40.0

0

20

40

60

2010 2011 2012 2013 2014 2015 2020 2030

Degree of Dependence

on Foreign Petroleum

Degree of Dependence

on Foreign Natural Gas

1. National energy

supply security

has been

threatened due to

high degree of

dependence on

foreign supply.

2. Compared to the

price of coal,

petroleum is still

expensive for

Chinese

enterprises and

people, even

though global

petroleum price

has fallen by

nearly 70%.

（％）（％）

13

“Therefore, Coal is still necessary

for China's development!”

Current excess of energy doesn't mean excess of energy in the

future.

Downturn of coal industry is an issue of recession, not an issue

of cutting excessive industrial capacity.

14

27.8%

Fuel coal (Civil and

industrial)

22.5%

Raw coal (Metallurgy, Non-

ferrous, chemical industries）

49.7%

China's total coal consumption in 2015

3.95 billion tons

Fuel coal (thermal

power)

15

Present pollution situation

caused by coal firing:

Haze90%

67% 70%

40%

70%

0%

20%

40%

60%

80%

100%

二氧化硫氮氧化物尘烟大气汞二氧化碳SO2 NOx Dust Atmospheric mercury CO2

16

First-generation

Second-generation

Third-generation

• Chamber heat utilization ratio<55%

• Chamber heat utilization ratio<65 %• System heat utilization ratio < 93%

• Chamber heat utilization ratio ≥ 86%• System heat utilization ratio ≥94%

Advantage of the third-generation technology• Heat utilization ratio of various

reactors improved;• Reaction temperature of various

reactors increased ;• High fuel grade and quality no

longer required;• Low-carbon and low-nitrogen

combustion achieved; • Emission well controlled.

Furnace Without Utilizing Waste Heat

Ambient Air

Fuel

BurnerTemp. 1200˚c

Flue Duct

Flue Gas 1000˚C

FuelBurner

Temp. 1200˚c

Furnace Installed With Air Pre-heater

Pre-heated Air: 500˚C

Flue Duct

Normal Temp. Air

Flue Gas 1000˚C

Flue Gas 500˚C

Blower

Reversing Cycle s Oil/Gas Oil/Gas

OpenClose

Temp.: 1280˚c

Normal Temp. Air

Reversing Valve

Normal Temp. Air Blower

Burner A Burner B

ID Fan

Flue Duct

Cold Flue Gas < 150℃

Principle Of HTAC Technology

Hot Flue Gas

1280˚c

17

Reversing Cycle sOil/Gas Oil/Gas

OpenClose

Temp.: 1280˚c

Normal Temp. Air

Reversing Valve

Normal Temp. Air Blower

Burner A Burner B

ID Fan

Flue Duct

Cold Flue Gas < 150℃

Principle of HTAC Technology

Hot Flue Gas1280˚c

The 3rd-generation Combustion Technology-Shenwu HTAC Technology

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Ceramic honeycomb is widely used in regenerative metallurgical furnace to recover

the heat in flue gas above 1000℃ and to lower the flue gas temperature to120℃.

Key Material - Ceramic Honeycomb

Features:

Larger Specific Surface Area

Bigger Heat Capacity

Better Heat Stability

Lower Thermal Expansion

Stronger Corrosion Resistance

Wear Resistance

Lighter Weight

Lower Cost19

20

Shenwu’s SCR catalysts and ceramic honeycomb production workshop

Shenwu Energy-saving & Atmospheric Haze Control Technology Lab

Rotating Bed Rotary Hearth Furnace Pulverized Coal Gasifier

21

22

Dr. Wu Daohong was met by Premier Li Keqiang as postdoctoral youth representative of innovative talent on 30th Nov 2015.

23

Dr. Wu Daohong presented the topic on “Low Carbon TechnologyInnovation Drives Carbon Trading" and "Green & Low CarbonDevelopment by Joining Financing and Industry" in Paris ClimateChange Submit in OCT 2015 as EMCA Director, and it was wellrecognized.

In March 2015, China National Coal Association (CNCA), China ElectricPower Planning & Design General Institute and National “Thirteenth FiveYear’s Plan” energy strategy planning drafting team visited and gaveguidance to Shenwu.

25

In March 2015, Ministry of Industry and Information Technology, and Ministry of

Finance of China, jointly issued an “Action Plan (2015-2020) of Efficient and

Clean Utilization of Coal”, recommending 21 technologies, among which three

belonging to Shenwu:

• New Regenerative Calcium Carbide Production Process

• Low Grade Coal Upgrading Technology

• Technology of Producing SNG with No-recycle Two Stage Methanation 26

National Energy Administration Doc.No.141, 27th April 2015:Main task and objective:Coal clean & efficient utilization, new power generation unit are not allowed to exceed 300 g coal consumption, coal for power generation shall account for 60% of total coal consumption, boosting coal quality-based utilization and etc.Key work:(5) Carry out coal quality-based and class-based utilization, and improving comprehensive utilization efficiency of coal resource.Encouraging R&D and demonstration of low grade coal upgrading technologies. And carrying out demonstration of coal processing plant which equipped with megaton annual production capacity via low temperature carbonization process to produce gas and oil as main product, and hereby boosting the improvement of national coal quality-based utilization and upgrading level.Gradually achieving the new utilization method of coal based on quality-based & class-based, energy-chemical integrated and cogeneration. Encouraging coal – chemical – electricity – heat integrative development, and strengthen integration and coupling of each system. Boosting coupling development of chemical engineering with industries such as power generation, oil & gas chemical engineering, steel, building materials in the areas where applicable, and then achieve cyclic utilization of material and gradient utilization of energy and lower production cost, energy consumption and pollution.In 2017, key technology of low grade coal quality-based upgrading shall achieve break through; In 2020, a number of megaton quality-based upgrading demonstration project shall be completed.

27

Regenerative High Temperature Air Combustion Technology,

Regenerative High Temperature Chemical Reaction Technology

Non-ferrous Metal

Machinery Manufacture

Oil Refining Chemical, Petrochemical, Coal Chemical

Building Materials (Ceramic, Glass)

Iron & Steel, Metallurgy

Solid Wastes Comprehensive

Treatment

Industrial, Civil, Thermal Power

Generation Boilers

Application Fields of Shenwu Core Technology

28

The regenerative furnaces and boilers are currently being promoted in steel making,non-ferrous metal, mechanical, petrochemical and civil and industrial boiler industries.So far, Shenwu has provided more than 800 large regenerative furnaces and boilers athome and abroad, with average energy saving over 20%.

Since HTAC is adopted by Chinesemetallurgical enterprises, energyconsumption in steel rolling andheat treatment is lower than thoseabroad by more than 20%.

Continuous Casting

Regenerative Heat Treatment Furnace

ContinuousRolling

Rod / PlateStrip / Pipe

Regenerative Heating Furnace

Coking Coal

Iron Ore

Coking

Sintering

BF Converter / EF

MoltenSteel

Iron-making Steelmaking

Molten Iron

Steel Rolling Heat Treatment

Ingot

Deep Processing

29

Russia

China

India

Australia

Nigeria

Indonesia

PhilippinesLaos Vietnam

Poland

Sweden

Ukraine

Iran

Mongolia

30

1. Regenerative Low-grade Pulverized Coal Gasification Boiler technology, which

can completely solve the pollution problem of small and medium coal-fired boiler;

2. New thermal power generation process combining Pulverized Coal Rapid Pyrolysis

with energy saving and denitration, which not only produces a large amount of by-

products like artificial natural gas and artificial petroleum, but improves the efficiency of

thermal boiler by 3%-8%;

3. New Efficient and Clean RHF Smelting Process for Low-Grade Ferrous Metal

Ores and Non-Ferrous Metal Ores, it can relieve the situation that the quality ores in

China heavily rely on import;

4. New high-efficiency and low-carbon Iron-making Process with Hydrogen Shaft

Furnace. It solves the high energy consumption and high pollution problems from blast

furnace iron-making;

5. New Pyrolyzing and Upgrading Process for Lignite and Long-flame Coal, which

relieves the situation that the supply of petroleum and natural gas in China heavily relies

on import;

6. New process for changing MSW, Biomass, Waste Tires and Sludge to Resources;

7. New Coal-to-Acetylene process.

31

1. Low-rank Pulverized-coal Gasification Regenerative Boiler

(1) By 2012, there were more than 499,000 industrial coal-fired boilers and more than 1.26 million civil boilers with capacity below 20t.

(2) As required by Energy Saving and Emission Reduction Action Plan, China will eliminate 160,000 coal-fired industrial boilers with capacity of below 35t by 2017.

(3) By 2017, 40,000 boilers in Beijing, Tianjin and Hebei are being phased out.

The coal-fired industrial and civil boilers generate large amount of dust and SO2, which is thesecond largest SO2 emission source in China.

To prohibit raw coal direct combustion and phase out small boilers is the simplest and mosteffective practice to control the pollution of NOX and SO2.

Current status of industrial and civil coal-firing boiler

32

Production Process of Coal Gas

PurificationGas Storage

Raw CoalCoal Bunker

Conveying & Feeding

Gasification

Crushing & Screening


• Household Heating by Coal to Gas

USING COAL, NO BURNING

Cheap Low-grade Pulverized Coal

Regenerative Boiler

Clean Gas

No Emission like NOx, SOx, PM2.5

Whole Production Process

Double Fluidized-bed Gasification Technology

Clean Heating

Supply by Coal-gas


34

high-quality

coal

lump

coalFume＞ 130 ℃

grate

boilerdesulfurization & denitrification

Fume

emission

(Coal

standard)

powdered

coalFume＞ 130 ℃

powdered

coal boiler

desulfurization

& denitrification

Fume

emission

(Coal

standard)

(comprehensive energy efficiency <70%）

(comprehensive energy efficiency <80%)

Low- and

midium-grade

coal

coal

powder

double-bed coal

gasification

(energy efficiency＜90%)

Gas-fired condensing

& denitration boiler

(energy efficiency＜102%)

Fume emission

(Natural gas

standard) >60℃

Gas purifying

de-dustingSulphur

Shenwu Regenerative Boiler

Conventional coal-

fired boiler

(comprehensive energy efficiency <91.8%)

35


Installed in Beijing Thermos Flask Factory Installed in Air Force Residence Area

Industrialization Cases

Has been successfully implemented in air force residence area, Beijing thermos flask factory, Beijing Shouhua Construction & Operating Co.,Ltd and etc.


36

2. Shenwu Pulverized Coal Rapid Pyrolysis Coupling Energy Saving & De-NOxIntegrated Technical Process for Thermal Power Generation

现状

Low

grade

coal

Shenwu

Rapid

Pyrolysis

Artificial Gas and Oil

(20-30%)

Coal clean

generation

(Integrated De-NOx

& Energy-saving)

Upgraded Coal

(60-80%)

Prospect：

In 2014, the total consumption of thermal power generating industry of

China has reached nearly 2 billion tons of steam coal, in case of applying

Shenwu Rapid Pyrolysis equipment before feeding the coal to combustion

for generating, the thermal power generating industry of China is able to

produce at least 0.14 billion tons of petroleum and 200 billion m3 natural gas

for the nation.37

3t/h Pilot Platform Test Research

Using pilot

platform to get

through technical

process:

Including:

material pre-

processing

system, feeding

system, rapid

pyrolysis process

parameter, oil &

gas purifying and

recovery system,

slag discharging

system and etc.


38

Process Flow for Pulverized Coal Fast Pyrolysis Combined Circulating Fluidized Bed Power Generation


39

Shenwu RHF Iron-making

Process

Advantages

1. No equipment is used causing high energy

consuming and pollution like coking

furnace, sintering furnace and blast

furnace. Raw material can be normal coal,

coke and coking coal are not required.

2. The reduction temperature is 1250℃,

lower than 1500℃ for blast furnace,

significantly lowered energy consumption.

3. Blast furnace requires high grade ores

(>60% Fe), while RHF is applicable to low

grade refractory ores, composite

paragenetic & associated iron ores as well

as metallurgical slag.

3. Direct Reduction via RHF for Low Grade Ferrous and Nonferrous Ore

Carbon-bearing Pellet

Regenerative RHF Reduction

Grinding & Magnetic

Separation

Smelting & Separation

via EF

Smelting & Separation via

Gas Smelter

NuggetBriquette

IronMolten Iron Molten Iron

CoalRefractory Iron Ore Or

Composite Paragenetic & Associated Iron Ore

40

►Recognition of scientific and technological achievements

41


The equipment operability

has reached 92.5% at 85%

metallization rate

Innovation points are

large-sized equipment

and HTAC technology

Shenwu makes

breakthrough on core

technology, WORLD

LEADING LEVEL.

No. Name of Projects Status

1 70,000 t/y V-Ti iron ore direct reduction project for Sichuan Lomon Group Completed

2 100,000 t/y V-Ti iron ore direct reduction project for Pansteel Completed

3 800,000 t/y direct reduction ironmaking project for Rockcheck Completed

4 300,000 t/y metallurgical dust direct reduction project for Jiangsu Sha Gang Group Completed

5Indonesia customer: PT. TITAN MINERAL UTAMA (TITAN） Signing the design contract for 2.4Mt (80,000 t/y X3) lateritic nickel ore treatment; Signing the EPC contract for 2.4Mt (80,000 t/y X3) lateritic nickel ore treatment (PC)

Under Construction

6Indonesia customer:PT. BALINTON RESOURCES INVESTMENT（BALINTON) Signing the design contract for 2.4Mt (80,000 t/y X3) lateritic nickel ore treatment; Signing the EPC contract for 2.4Mt (80,000 t/y X3) lateritic nickel ore treatment (PC)

Under Construction


42

Blast Furnace

• Energy consumption

510 kgce/ton iron;

• Major source of

atmospheric haze

Shenwu Shaft Furnace

• Energy consumption

430 kgce/ton iron;

• Atmospheric haze is

reduced by above 90%.

Coking Coal

Imported Iron Ore

Coking

Sintering

Blast Furnace

Molten Iron

4. Hydrogen Shaft Furnace Direct Reduction Iron-making

Hot Metal

Coking Coal

Hydrogen Shaft

Furnace

Dehydration

Decarbu-rization

Reheating Furnace

H2 + Co

CO2 Zero Emission

Imported Iron Ore

CoalGasification

Low Grade Iron Ore

Normal Coal

43

1. Reducing agent comes from normal coal, NG, COG or gas, no high energy consumption and pollution process such as coking, sintering and blast furnace;

2. Compared with blast furnace, processing energy consumption and CO2 emission is reduced by above 30%, CO2

zero emission can be realized, SOX, NOX and PM2.5 are reduced by above 90%;

3. The product is irreplaceable raw material for high quality steel, special steel and senior castings and forgings;

4. The unit can reach above 2 Mt/y;

5. Low grade ore (40-60% Fe) can be used, which the situation relied on import of high quality ores will be relieved.

Hydrogen SF Pilot Unit

H2 + Co

Fuel

HBI Or HDRI

Steelmaking

Regenerative Reheating Furnace

Large Low Pressure Coal Gasification

CoalNG, COG,

Pyrogenous, Coal Gas, Gas

Catalytic Conversion

Shenwu SF Process

Decarbu-rization

Dehydration Lump Ore or Pellet


44

Project Status Remark

0.5 Mtpy COG based SF DRI Project Of Shanxi Taihang Mining Co., Ltd

UnderConstruction

The World 1st COG Based Shaft Furnace

2 Mtpy CG Based SF V-Ti Extracting Project Of Jiangsu Lianyungang Shensheng Co.

About to Construction

The World 1st CG Based Shaft Furnace

2 Mtpy Hydrogen SF V-Ti Ore Comprehensive Utilization Project

About to Construction

The World 1st Hydrogen Shaft Furnace For V-Ti Comprehensive Utilization


45

• Artificial oil and artificial natural gas can be a supplementary. World problem in coal upgrading and utilization can be resolved;

• Unit capacity is over 1 Mt/y, 5 times of conventional;

• Over 20% of oil and gas can be extracted from a ton of coal;

• Energy conversion efficiency can reach 90%;

• Less water consumption (<0.15T/T coal).

Shenwu Pilot Test Facility

Coal Downstream

Process

Conversion

Efficiency

Coal to Electricity 38%

Gasification 60%

Synthesis Ammonia 48%

Direct Liquefaction 57%

Indirect Liquefaction 42%

Coal to Olefin 40%

Shenwu Pyrolysis

Process90%

Comparison of Coal Utilize Efficiency

5. Pyrolysis and Upgrading of Lignite, Long Flame Coal and Oil Shale

Coal or Oil Shale

Crushing, Screening

10-100mmCoal

DryingRegenerativeRotating Bed

Briquetting

Retorting Gas

Upgrading Coal

Cooling

Artificial Oil

Artificial NG

Shenwu Low-medium Rank Coal Pyrolysis Process

46


47

Appraisal by National Bureau of Energy

Demonstration Plant Under Construction

International Advanced Level

Inner Mongolia Xinrui Coal Chemical Co., Ltd 1 Mt/y Lignite Pyrolysis Line

Inner Mongolia Shengwo Energy & Chemical Co., Ltd

2×400,000 t/y Long Flame Coal Pyrolysis Line

Inner Mongolia Gangyuan Coal Chemical Group 350,000 t/y Lignite Pyrolysis Line

Shijiazhuang Xuyue Chemical Group 800,000 Long Flame Coal Pyrolysis Line

Shanxi Xiangkuang Group 1,000,000 t/y Long Flame Coal Pyrolysis Plants


48

Reduction Harmless Recycle

6. MSW, Biomass and Waste Tires into Resources with Rotating Bed

49


Unit capacity is 30-1500 tpd and suits local and centralized treatment;

No DIOXIN or acid gas produced, relieve the air pollution from combustion;

High conversion efficiency of 80%, which is 3 times of power generation;

Purified and high CV of gas and oil can be used as clean fuel and can be used as high quality chemical material.

50

Atmospheric Pollutants Emission Indexes

S.N.Pollutant

descriptionUnit Numerical meaning

National domestic

waste incineration air

pollutants emission

standard

GB18485-2014

Boiler air

pollutants

emission

standard

Beijing

EU standard

EU2000/76/EC

Shenwu waste

pyrolysis

emission

standard

1 Dust mg/m3 Daily average value 20 5 10 5

2 HCl mg/m3 Daily average value 50 - 10 -

3 HF mg/m3 Daily average value - - 1 -

4 SOx mg/m3 Daily average value 80 10 50 10

5 NOx mg/m3 Daily average value 250 80 200 80

6 TOC mg/m3 Daily average value - - 10 -

7 CO mg/m3 Daily average value 80 - 50 -

8 Hg mg/m3 Measured average

value0.05 - 0.05 -

9 Cd+TI mg/m3 Measured average

value0.1

-0.05 -

10

Pb+Cr and

other heavy

metals

mg/m3 Measured average

value1.0 - 0.5 -

11Diopxinlike

chemicals

ng

TEQ/m3

Measured average

value0.1 - 0.1 -


51

Heibei Bazhou Changlong Co. Ltd.

(200t/d wastes pyrolysis project)

Regenerative Rotate

Bed Reaction System

Regenerative Rotate Bed

Reaction System

Waste Pre-processing System Oil & Gas Purification and

Storage System

Central Control Room

52


Office Building

Heibei Bazhou Changlong Co. Ltd.

(200t/d wastes pyrolysis project)

53


• Low energy consumption;• Lower cost;• Added value can be

improved

7. New Coal-to-Acetylene Process

• High energy consumption;• High cost;• Low economic efficiency

Shenwu New Process Of CaC2 Production

Conventional Calcium Carbide Production Process

Lime Kiln

Crushing

Storage

CaC2

High Quality Lump Coal

Limestone

Semi-coke

Calcium Carbide Furnace

Artificial NG

Solid Products

CaC2 FurnaceCaC2

Heat Carrier Free Rotating Bed

Coke

Limestone

Low-rank Coal

Powder

Lump

Artificial Petroleum

54

Inner Mongolia Gang Yuan Chemical Engineering Gas Kiln

Oil & Gas Separation System Pre-heat Reactor System


Coal

Acetylene Downstream

Methanol Synthesis

C2H2

CH4

CO＋H2

Oil & Gas

Calcium Carbide

Tech

Oil Refining

Gas Fuel & Hydrogen Production

• Household gas• For hydrogen production• IGCC generate electricity

• Athylene

• Athylene downstream

• Methanol/Acetic acid / MTBE and more than 200 derivatives

• Pharmaceutical/pesticide/ solvent

• MTP/MTO substitute• DME substitute• Petrol substitute

• Petrol/Diesel/Kerosine/LPG• Olefin/Alcohol chemicals

Limestone

Electricity

Hydrogen SF Iron Making

• Ferrous metal (Fe, Mn, Cr)• Non-ferrous metal (extracting

Cu, Zn, Pb, Sn, Ni etc)

SNG • For civil use, industrial gas fuel


55

Projects Status Remark

0.4 Mt/Y Calcium Carbide Production Line in

Coal Chemical Company in Gangyuan Inner

Mongolia

Operating

The world 1st regenerative

high-temp calcium carbide

reference line, downstream

production SNG 0.1 billion

m³/y

1.2 Mt/Y Calcium Carbide Production Line in

Shengwo Energy Company in Xinjiang

Under

Construction

Downstream production

0.2 Mt/y BDO production line

0.4 Mt/Y Calcium Carbide Production Line Of

Xinrui Coal Chemical Company in Inner

Mongolia

EngineeringDownstream production

SNG 0.1 billion m³/y


57

For national prosperity and safety;

For people, enterprise and national interest;

Clean and high efficient utilization technology of coal has been developed;

Coal resource is rich where massive low-cost petroleum, natural gas and gasoline and diesel oil can be produced;

“More utilization and less burning” is encouraged;

The situation that over reliance on import of top 5 basic raw material such as petroleum (59%), iron ore (75%), NG (35%), ethylene (40%) and ethylene glycol (70%) will be changed.

China should not rely on imported neither petroleum and natural

gas, nor solar and wind power.

In the coming 30 years, coal will be the key energy in China.

58

READY OR NOT,

A NEW ERA OF

ENERGY &

INDUSTRIAL

REVOLUTION

HAS COME!”

“

Contact:

Liu Feng - Dy. Director of International Business Dept., Shenwu Group

Mob: +86 135 0116 3493

Email: [email protected]

THANK YOU!

Documents

Shenwu General Introduction 20160718