SlideShare una empresa de Scribd logo
1 de 15
Descargar para leer sin conexión
A Feasibility Study of 
Making Biomass Pellets 
with Plywood Plant Waste 
in Indonesia
CONTENT 
1. Introduction............................................................................................1 
2. Project Description................................................................................ 2 
3. Advantages and Feasibility of the Project...........................................4 
3.1 Abundant Raw Materials Potential in Plywood Manufactures.......4 
3.2 Relatively Intensive Production Circle........................................... 5 
3.3 Domestic Policy Support.................................................................6 
3.4 Development of Pellet Equipment.................................................. 6 
3.5 Vast Oversea Market........................................................................7 
4. Benefit Analysis of the Project............................................................11 
4.1 Solving Plywood Factory Waste Disposal Problem......................11 
4.2 Bring Economic Benefits to the Plywood Industries....................11 
5. Prospects of the Biomass Pellet Investment......................................12 
6. Conclusion............................................................................................ 13
1 
1. Introduction 
Energy is the foundation and important constraint of modern economic and social 
development. With the growth of national economy and population, world energy 
demand is rising in recent years. It can be said that to solve the energy problem is to 
solve the problem of economic development. Traditional energy consists of oil, gas 
and coal. They have some obvious defects: non-renewal, harm to the environment 
after firing and the high price. These reasons lead to a prompt decrease in their using. 
Renewable energy resources quickly enter into the market and the energy market will 
reach to a diversified energy fix. 
With the increasing awareness of energy conservation and environmental protection, 
international community’s demand for energy saving standards has become higher 
and higher. Thus, the development and utilization of clean energy have been gradually 
carried out in many areas. At the same time, biomass energy has been popular in 
many countries because of its cheap price and renewable nature. Biomass fuel 
program has become an important part of world sustainable development strategies 
and it can provide a win-win solution for the government: low prices can reduce 
energy use costs; reduce carbon emissions to honor their commitments to the Kyoto 
Protocol; reduce the dependence on oil country which is distant, political instability 
and still dangerous; it is conducive to energy security. 
Increasing demand for biomass, the pellet industries are rapidly developed all over the 
world. With abundant forest resources, cheap labors and vast oversea markets, 
Indonesia has great potential to develop wood pellet fuel industry. Indonesia has the 
second large number of plywood manufacturers in the world. Also, Indonesia is the 
world’s largest plywood exporter. The plywood plants generate a tremendous amount 
of wood waste every year. Development of wood pellet fuel can help reduce the 
impact of these wastes on the carrying capacity of environment in Indonesia, also 
helps to reduce waste and promote income-generating efficiency of Indonesian
plywood manufacturers, further ease the resource shortage contradiction. Plywood 
manufacturers should actively develop biomass pellet fuel, on one hand, it can help 
resolve the waste problem, protect environment; on the other hand, the biomass 
pellets can be sold, increasing economic income. 
Green 
Economy 
2 
Energy 
Crisis 
Sustainable 
Development 
( environmental 
friendly and low 
carbon) 
Wood Pellet Industry 
Figure 1. The Challenge of Overcoming Energy Crisis 
2. Project Description 
The target object of this investment is plywood waste biomass pellets. The raw 
materials are mainly plywood fragments, slag and scrap. They can be made into 
biomass pellets through chipping, crushing, drying, pelletizing and cooling.
3 
The production processes are as follows: 
1. Transport biomass wastes to the crusher; 
2. Drying the raw material by dryer; 
3. Transport to the pellet mill for pelletizing; 
4. Cooling the biomass pellets with cooler; 
5. Packing pellets into bags. 
The investment of wood pellet production line can better deal with the waste problem 
of plywood factories. It can recycle the wastes to produce new alternative energy - 
wood pellets. This production line have several advantages: a clear division of labor, 
complete support equipment, high degree of automation, high productivity and 
convenient operation. In addition, this production line can be operated only by six 
persons. It adopts three-tier structure dryer new technology, which is more effective 
than single-layer; equips with flue gas filtration equipment to reduce pollution; adds a 
more effective control system. Azeus Wood Pellet Machinery Company can allocate 
different size pellet production line according to customers’ requirements. And also 
they can support technical guidance and after-sales service to ensure the smooth 
running of production. 
Example: Biomass pellet production line equipment list 
Wood Crusher Machine * 1 set 
Rotary Drum Dryer * 1 set 
Flue Gas Filter * 1 set 
Wood Pellet Machine * 2 sets 
Cooler Machine * 1 set 
Transportation Equipment * 4 units 
Wood Pellet Weighing and Packing Machine *1 unit 
Electricity Control Center *1 unit
4 
3. Advantages and Feasibility of the Project 
Plywood manufacturers have more potentials to develop wood pellets. This project 
has shown many advantages and feasibility on developing wood pellet in Indonesian 
plywood industries. 
3.1 Abundant Raw Materials Potential in Plywood Manufactures 
Relying on the rich forest and cheap labor resources, there is a rapid development on 
Indonesia’s timber industry, especially plywood and furniture manufacturing based on 
raw materials such as logs and saw timbers. And these are increasing year by year. 
Among them, plywood industry has become a major part of Indonesian economy. 
Plywood manufacturing process is as following: 
Logs→Log grading→Debarking & bucking→Peeling & dipping→Drying→Veneer 
selection & repairing→Lay up→Glue spreading→Cold & hot processing→Sizing & 
sanding→Laboratory test→sorting & grading→Packing 
There are so many wastes in the process of plywood production and these wastes are 
mainly produced in four steps of the process. First of all, the length, the curvature and 
the defects of logs have a direct impact on the production rate of plywood. The wastes 
are small logs, truncated and sawdust. The loss rate in cutting step is generally 
3%-10%. Secondly, there exists so many barks in the process of peeling. Thirdly, 
veneer peeling is the biggest loss step in plywood production process. In this step, it 
results in a huge number of substandard broken veneer, irregular pieces of wood and 
damaged wood core. The loss rate may reach to 15%-25%. Finally, it is the leftover 
materials in the step of sizing and sanding. 
There are hundreds of plywood manufacturers in Indonesia, with an annual output of 
more than 900 million cubic meters of plywood. In accordance with the overall
utilization levels of 65% in Asia, Indonesia plywood industries have generated an 
extremely alarming number of wastes every year. 
5 
Figure 2. Plywood 
3.2 Relatively Intensive Production Circle 
The distribution of Indonesian plywood manufacturers is relatively concentrated. 
Information and data has shown that large-scale plywood manufacturers spread 
mainly in three regions in Indonesia. They are regions nearby Jakarta, Semarang and 
Surabaya. Relatively concentrated distribution of industries can conductive to form a 
co- production of wood waste recycling circle. They can also recycle and process the 
wood waste dealing in a unified way. Manufacturers gathered not only solve the 
disadvantages that small manufacturers can not afford to waste recycling alone, but 
also meet large manufacturers’ demands for raw materials that they purchase complete 
sets of machinery for production. They can reduce the cost and enhance the 
technology sharing in these cycles.
6 
3.3 Domestic Policy Support 
Indonesia is an important exporter of processed timber. State policy prohibits the 
export of logs, however it encourages the development of the plywood industries and 
the wood pellet fuel production industry. Under the influence of the Kyoto Protocol, 
Indonesian government introduces policies to promote the development of biomass 
pellet fuel. In this way, it can help to ease the pressure on energy use and 
environmental carrying capacity. On January 31, 2012, Indonesian government 
promulgated several tax subsidies for the development of bio-energy, bio-gas and the 
re-utilization of other solid waste. Plywood industries should respond to the national 
policies and take full uses of the advantages to open up a new approach which 
contains plywood production, waste disposal and wood pellet processing. In a 
relatively mature time of pellet technology development, they should take the 
shoulder to develop such a process, and by the way these developments can benefit 
them, too. 
3.4 Development of Pellet Equipment 
Development of science and technology has also promoted the development of pellet 
equipment industries. Modern pellet equipment has entered a era which has been 
called a complete production line of crushing, cooling, drying, pelleting and 
packaging. The entire production line is flexible and easy to operate. It can 
significantly promote the production efficiency under a condition of using less energy. 
There is no doubt that these new machines’ development will make it possible for 
plywood manufactures to work on the recycling and further develop the wood pellet 
fuel production. Plywood manufacturers can easily participate in the production of 
biomass pellets themselves without affecting their major productions. They can 
recycle the wood wastes for another using so as to achieve the goal to get more 
benefits.
7 
Figure 3 . Azeus 500kg/hour Mobile Wood Pellet Plant 
3.5 Vast Oversea Market 
At a stage of rapid development in biomass pellet manufacturing, Indonesia has a vast 
overseas market. Global wood pellet consumption expectation will have a great 
development in 2020. Wood pellets are used worldwide for heating (63%) and 
electricity generation (37%), of course there are some differences between countries. 
For example, wood pellets are mainly used for heating in Germany, Austria and Italy; 
while they are used for electricity generation in the Netherlands and Belgium. On the 
other hand, wood pellets are used for heating and electricity generation in Sweden, 
Denmark and Finland. The retail price for wood pellets is 200euro/tonne (330,000 
won/tonne) and $300/tonne (370,000 won) in Europe and America. The increasing 
demand is bound to affect the development of primary pellet producing countries. As 
a main representative of low-cost manufacturing region, Indonesia will gradually
become one of popular wood pellet fuel exporters to European and American 
countries. 
8 
Figure 4. World’s Pellet Consumption Outlook 
Demand for the biomass pellet in Asia market is also rising, three of the obvious ones 
are China, Japan and South Korea. And their pellet consumption is projected to 
exceed that of Western Europe by 2020. The East Asia nation saw an increase in pellet 
consumption, with 2013 figures estimated at 500,000 tons, compared to 174,000 tons 
in 2012. According to the assessment report of ITA (International Trade 
Administration) in 2014, China will account for one quarter of the biomass pellet 
consumption in the export market. China is rich in natural resources, but the demand 
for fuel is still in a state of extreme shortage. China has a vast market and a relatively 
advanced machinery manufacturing technology. It can meet the domestic needs 
through investment in technology and capital to develop pellet fuel production. As a 
country rich in biological resources, Indonesia should strengthen the cooperation in 
production styles and technologies and the sharing of market supply with China. It is
9 
a win-win choice. 
Due to a shortage of domestic resources and a growing demand for the electricity for 
the development of industry, South Korea and Japan urgently need to develop new 
fuel energy to meet the demand of domestic production. Both countries have focused 
on the Southeast Asia regions and carried out the project of biomass pellet fuel 
through investment or cooperation. South Korean has imported a large number of 
biomass pellets. Korea is the world’s 10th largest energy consumer, fifth-largest oil 
importer, second-largest coal importer. 64% of its electricity is produced from fossil 
fuels. Further more, it also actively looks for the right opportunity to invest and build 
factories in neighboring countries. Indonesia is one of the main targets. According to 
the data from Korea, Indonesia offers the cheapest pellet. Japan has a similar situation 
as South Korea. Lack of energy resources, coupled with the development of the 
industrial economy’s dependence on energy, Japan has become the other biggest 
market in Asia. The great demand of biomass pellets in South Korea and Japan could 
be a great opportunity for Asian countries. We have learned that there have been many 
biomass pellets plants in China, Indonesia, Malaysia, Pakistan, Nepal, India and Sri 
Lanka etc. Yet more pelletizing plants are needed, and more countries and regions will 
use biomass pellets in the future.
10 
Figure 5. Biomass Pellet and Coal Consumption in China, South Korea and Japan 
Figure 6. Pellet Production and Consumption in Korea and Japan
11 
4. Benefit Analysis of the Project 
Indonesia plywood manufacturers have so many advantages to develop the wood 
pellet production. Here are several analysis of the benefits. 
4.1 Solving Plywood Factory Waste Disposal Problem 
Indonesian plywood production ranks top three in the world. Plywood industry is an 
important part of the economy. According to the statistics, Indonesia’s current annual 
production of plywood is over 900 million cubic meters. Due to the continuous 
expansion of world market, these productions are still on an upward trend. In the 
utilization of wood, Asian developing countries have a definite gap with developed 
countries. The rate is about 60%, which means that in this level, wastes that 
Indonesian plywood industries annually produced have reached to a number of 
millions cubic meters. Improper handling of waste wood materials will bring many 
consequences, sometimes even seriously pollute the environment and be harmful to 
human’s health. Accumulation of wastes is also likely to lead to social security issues, 
breed theft and fire phenomenon. It has become public topics about how to solve the 
problems of wood materials recycling and utilization and to promote sustainable 
development of plywood industries. Investment on wood pellet production line can 
precisely solve these problems. The rest of the wood chip slags and scraps after the 
plywood production are the excellent raw materials to make wood pellet. Pellet 
production can also solve the problem of pollution caused by unreasonable treatment 
wastes. Enterprises should bear the social responsibility to protect the environment 
and achieve a sustainable development. 
4.2 Bring Economic Benefits to the Plywood Industries 
Investing on the production line can not only solve the problems regarding waste 
disposal and environmental pollution of the plywood manufacturers, but also bring
better economic benefits to them. Currently, the world’s awareness of energy rises to a 
new level. Wood pellet fuel has become a popular target that developed countries and 
some developing countries highly demand for. And in this way, it steps on a new rank 
in energy groups. The tendency of developing biomass pellet can not be changed. 
Plywood industries have many advantages that other industries do not have. Through 
recycling the waste into treasures, plywood manufacturers can bring in a substantial 
amount of revenue. 
12 
5. Prospects of the Biomass Pellet Investment 
Nowadays, many countries begin to strengthen national concerns and attentions on 
global warming and low carbon economy. Wood pellets, which can be used to fuel 
power plants and for heating, are compressed biomass deriving from sawdust and 
waste from saw milling. Many forum participants said the energy from wood pellets 
was “renewable, clean and economical”. More and more countries have started a 
project which updates the power plants from using coal as their main energy to burn 
the wood pellets and straw pellets as the leading. It can be obviously found that most 
power plants in western countries have already utilized biomass pellets as their main 
fuel. There has been a great increase in the demand for biomass pellet overseas. The 
global production of wood pellets will grow by more than 30 percent a year and the 
demand is anticipated to be 150 million tonnes by 2020. The conflict between various 
new requirements on the environment proposed in the Kyoto Protocol and the 
insistent requirements of energy from economic development has gradually grown. 
Exploration of new alternative fuels has become a new topic in the process of 
industrial development. Wood pellet is one of the new alternative burning fuels. It is 
belonging to a part of sustainable development and warmly welcomed by many 
countries. According to statistics, South Korea has set several investment for factories 
in Indonesia to develop pellet production. The market is large. Plywood 
manufacturers should size the opportunity to open a new path for their own
13 
development. 
6. Conclusion 
Development of the plywood manufacturers in Indonesia will drive the promotion of 
wood pellet industries, as the development of wood pellet industries will bring new 
profits for plywood manufacturers. This is a win-win investment. Wood pellet 
machines produced by Azeus Pellet Machinery have the first-class level in Asia. This 
company has some high-top technologies differ from other similar industries and also 
provides first-class technical guidance and after-sales services. The machines combine 
high efficiency, energy saving, equipment sophisticated and hard quality features. It 
should be a better partner for every wood pellet manufacturer. Indonesia has huge 
potential in biological resources. Plywood industries have their own advantages to 
develop biomass pellets. Enough raw materials reserve, low labor cost and convenient 
transportation will certainly accelerate the transformation of this industry. They 
should match the energy saving trend and accompany by the advantage of large world 
market demand to invest on the wood pellet production. This is a new breakthrough of 
the future development of the plywood industries.

Más contenido relacionado

La actualidad más candente

Production Process Wood Pellet From Wood Biomass
Production Process Wood Pellet From Wood BiomassProduction Process Wood Pellet From Wood Biomass
Production Process Wood Pellet From Wood BiomassJFE Project
 
Biogas traditional vs modern plant.
Biogas traditional vs modern plant.Biogas traditional vs modern plant.
Biogas traditional vs modern plant.Arpit Saraf
 
COMPARATIVE STUDY ON BIOGAS PRODUCTION FROM COW DUNG, FOOD WASTE AND ORGANIC ...
COMPARATIVE STUDY ON BIOGAS PRODUCTION FROM COW DUNG, FOOD WASTE AND ORGANIC ...COMPARATIVE STUDY ON BIOGAS PRODUCTION FROM COW DUNG, FOOD WASTE AND ORGANIC ...
COMPARATIVE STUDY ON BIOGAS PRODUCTION FROM COW DUNG, FOOD WASTE AND ORGANIC ...IAEME Publication
 
Conversion of Plastic Wastes into Fuels - Pyrocrat systems review
Conversion of Plastic Wastes into Fuels - Pyrocrat systems reviewConversion of Plastic Wastes into Fuels - Pyrocrat systems review
Conversion of Plastic Wastes into Fuels - Pyrocrat systems reviewSuhas Dixit
 
Biomass energy
Biomass energyBiomass energy
Biomass energygujjarsb
 
Sugar cane - an energy crop
Sugar cane - an energy cropSugar cane - an energy crop
Sugar cane - an energy cropRajendran K
 
Fiber reinforced composite materials
Fiber reinforced composite materialsFiber reinforced composite materials
Fiber reinforced composite materialsSabbir_Akand
 
Green Technology
Green TechnologyGreen Technology
Green Technologyijtsrd
 
E-WASTE RECYCLING AND MANAGEMENT
E-WASTE RECYCLING AND MANAGEMENT E-WASTE RECYCLING AND MANAGEMENT
E-WASTE RECYCLING AND MANAGEMENT DHANUSAIREDDY
 
Biobased Chemicals, Industrial Sugar and the development of Biorefineries
Biobased Chemicals, Industrial Sugar and the development of BiorefineriesBiobased Chemicals, Industrial Sugar and the development of Biorefineries
Biobased Chemicals, Industrial Sugar and the development of BiorefineriesNNFCC
 
Proses produksi pabrik wood pellet
Proses produksi pabrik wood pellet Proses produksi pabrik wood pellet
Proses produksi pabrik wood pellet JFE Project
 
Biomass Energy and Scenario in India
Biomass Energy and Scenario in IndiaBiomass Energy and Scenario in India
Biomass Energy and Scenario in IndiaSaumay Paul
 
Project report of (biodiesel extraction from waste plastic)
Project report of (biodiesel extraction from waste plastic)Project report of (biodiesel extraction from waste plastic)
Project report of (biodiesel extraction from waste plastic)Self employed
 
Biogas project report
Biogas project reportBiogas project report
Biogas project reportUjjwal Joshi
 

La actualidad más candente (20)

Carbon fiber
Carbon fiberCarbon fiber
Carbon fiber
 
Production Process Wood Pellet From Wood Biomass
Production Process Wood Pellet From Wood BiomassProduction Process Wood Pellet From Wood Biomass
Production Process Wood Pellet From Wood Biomass
 
Green fuel
Green fuelGreen fuel
Green fuel
 
Biogas traditional vs modern plant.
Biogas traditional vs modern plant.Biogas traditional vs modern plant.
Biogas traditional vs modern plant.
 
Sustainable nano based technology ppt
Sustainable nano based technology pptSustainable nano based technology ppt
Sustainable nano based technology ppt
 
COMPARATIVE STUDY ON BIOGAS PRODUCTION FROM COW DUNG, FOOD WASTE AND ORGANIC ...
COMPARATIVE STUDY ON BIOGAS PRODUCTION FROM COW DUNG, FOOD WASTE AND ORGANIC ...COMPARATIVE STUDY ON BIOGAS PRODUCTION FROM COW DUNG, FOOD WASTE AND ORGANIC ...
COMPARATIVE STUDY ON BIOGAS PRODUCTION FROM COW DUNG, FOOD WASTE AND ORGANIC ...
 
Conversion of Plastic Wastes into Fuels - Pyrocrat systems review
Conversion of Plastic Wastes into Fuels - Pyrocrat systems reviewConversion of Plastic Wastes into Fuels - Pyrocrat systems review
Conversion of Plastic Wastes into Fuels - Pyrocrat systems review
 
Biomass energy
Biomass energyBiomass energy
Biomass energy
 
Sugar cane - an energy crop
Sugar cane - an energy cropSugar cane - an energy crop
Sugar cane - an energy crop
 
Fiber reinforced composite materials
Fiber reinforced composite materialsFiber reinforced composite materials
Fiber reinforced composite materials
 
Wood Pellet Presentation
Wood Pellet PresentationWood Pellet Presentation
Wood Pellet Presentation
 
Green Technology
Green TechnologyGreen Technology
Green Technology
 
E-WASTE RECYCLING AND MANAGEMENT
E-WASTE RECYCLING AND MANAGEMENT E-WASTE RECYCLING AND MANAGEMENT
E-WASTE RECYCLING AND MANAGEMENT
 
Green fuel
Green fuelGreen fuel
Green fuel
 
Biobased Chemicals, Industrial Sugar and the development of Biorefineries
Biobased Chemicals, Industrial Sugar and the development of BiorefineriesBiobased Chemicals, Industrial Sugar and the development of Biorefineries
Biobased Chemicals, Industrial Sugar and the development of Biorefineries
 
Biodiesel 2
Biodiesel 2Biodiesel 2
Biodiesel 2
 
Proses produksi pabrik wood pellet
Proses produksi pabrik wood pellet Proses produksi pabrik wood pellet
Proses produksi pabrik wood pellet
 
Biomass Energy and Scenario in India
Biomass Energy and Scenario in IndiaBiomass Energy and Scenario in India
Biomass Energy and Scenario in India
 
Project report of (biodiesel extraction from waste plastic)
Project report of (biodiesel extraction from waste plastic)Project report of (biodiesel extraction from waste plastic)
Project report of (biodiesel extraction from waste plastic)
 
Biogas project report
Biogas project reportBiogas project report
Biogas project report
 

Destacado

Jimmy wood pellet plant
Jimmy wood pellet plantJimmy wood pellet plant
Jimmy wood pellet plantEvita Lee
 
Typical wood pellet plant design
Typical wood pellet plant designTypical wood pellet plant design
Typical wood pellet plant designJossie Xiong
 
business plan-A.p.p company proposal
business plan-A.p.p company proposalbusiness plan-A.p.p company proposal
business plan-A.p.p company proposalKiera Syakira
 
Complete Project of Biomass Briquetting Machine
Complete Project of Biomass Briquetting MachineComplete Project of Biomass Briquetting Machine
Complete Project of Biomass Briquetting MachineDeepi Makwana
 
Sawdust / EFB Briquette and Sawdust Charcoal Briquette Process Technology
Sawdust / EFB Briquette and Sawdust Charcoal Briquette Process TechnologySawdust / EFB Briquette and Sawdust Charcoal Briquette Process Technology
Sawdust / EFB Briquette and Sawdust Charcoal Briquette Process TechnologyJFE Project
 
Wood pellet Conversion - Fuel storage and handling
Wood pellet Conversion - Fuel storage and handlingWood pellet Conversion - Fuel storage and handling
Wood pellet Conversion - Fuel storage and handlingPer Lysedal
 
biomass pellet production line
biomass pellet production linebiomass pellet production line
biomass pellet production lineRita Ma
 
pre fs kaliandra (3)
pre fs kaliandra (3)pre fs kaliandra (3)
pre fs kaliandra (3)shaukat1607
 
2 2.5 tph wood pellet production line
2 2.5 tph wood pellet production line2 2.5 tph wood pellet production line
2 2.5 tph wood pellet production lineEvita Lee
 
Importance of drinking water for livestock Allah Dad Khan
Importance of drinking water for  livestock   Allah Dad KhanImportance of drinking water for  livestock   Allah Dad Khan
Importance of drinking water for livestock Allah Dad KhanMr.Allah Dad Khan
 
Chicken viscera for fish feed formulation
Chicken viscera for fish feed formulationChicken viscera for fish feed formulation
Chicken viscera for fish feed formulationInternational Aquafeed
 
500kg per hour,4ton per day, wood pellet machine
500kg per hour,4ton per day, wood pellet machine500kg per hour,4ton per day, wood pellet machine
500kg per hour,4ton per day, wood pellet machineEvita Lee
 
Dr. Jason Woodworth - What Can We Do In Feed Processing To Reduce Risk
Dr. Jason Woodworth - What Can We Do In Feed Processing To Reduce RiskDr. Jason Woodworth - What Can We Do In Feed Processing To Reduce Risk
Dr. Jason Woodworth - What Can We Do In Feed Processing To Reduce RiskJohn Blue
 

Destacado (17)

Jimmy wood pellet plant
Jimmy wood pellet plantJimmy wood pellet plant
Jimmy wood pellet plant
 
Typical wood pellet plant design
Typical wood pellet plant designTypical wood pellet plant design
Typical wood pellet plant design
 
business plan-A.p.p company proposal
business plan-A.p.p company proposalbusiness plan-A.p.p company proposal
business plan-A.p.p company proposal
 
Complete Project of Biomass Briquetting Machine
Complete Project of Biomass Briquetting MachineComplete Project of Biomass Briquetting Machine
Complete Project of Biomass Briquetting Machine
 
Sawdust / EFB Briquette and Sawdust Charcoal Briquette Process Technology
Sawdust / EFB Briquette and Sawdust Charcoal Briquette Process TechnologySawdust / EFB Briquette and Sawdust Charcoal Briquette Process Technology
Sawdust / EFB Briquette and Sawdust Charcoal Briquette Process Technology
 
Wood pellet Conversion - Fuel storage and handling
Wood pellet Conversion - Fuel storage and handlingWood pellet Conversion - Fuel storage and handling
Wood pellet Conversion - Fuel storage and handling
 
Session 17 ic2011 snippen
Session 17 ic2011 snippenSession 17 ic2011 snippen
Session 17 ic2011 snippen
 
biomass pellet production line
biomass pellet production linebiomass pellet production line
biomass pellet production line
 
pre fs kaliandra (3)
pre fs kaliandra (3)pre fs kaliandra (3)
pre fs kaliandra (3)
 
Processing wood
Processing woodProcessing wood
Processing wood
 
2 2.5 tph wood pellet production line
2 2.5 tph wood pellet production line2 2.5 tph wood pellet production line
2 2.5 tph wood pellet production line
 
Importance of drinking water for livestock Allah Dad Khan
Importance of drinking water for  livestock   Allah Dad KhanImportance of drinking water for  livestock   Allah Dad Khan
Importance of drinking water for livestock Allah Dad Khan
 
Chicken viscera for fish feed formulation
Chicken viscera for fish feed formulationChicken viscera for fish feed formulation
Chicken viscera for fish feed formulation
 
500kg per hour,4ton per day, wood pellet machine
500kg per hour,4ton per day, wood pellet machine500kg per hour,4ton per day, wood pellet machine
500kg per hour,4ton per day, wood pellet machine
 
Pellet
PelletPellet
Pellet
 
shamim feed mill
shamim feed millshamim feed mill
shamim feed mill
 
Dr. Jason Woodworth - What Can We Do In Feed Processing To Reduce Risk
Dr. Jason Woodworth - What Can We Do In Feed Processing To Reduce RiskDr. Jason Woodworth - What Can We Do In Feed Processing To Reduce Risk
Dr. Jason Woodworth - What Can We Do In Feed Processing To Reduce Risk
 

Similar a A Feasibility Study of Making Biomass Pellets with Plywood Plant Waste in Indonesia

METHODS OF INCREASING CALORIFIC VALUE OF BRIQUETTES USING BIOMASS
METHODS OF INCREASING CALORIFIC VALUE OF BRIQUETTES USING BIOMASSMETHODS OF INCREASING CALORIFIC VALUE OF BRIQUETTES USING BIOMASS
METHODS OF INCREASING CALORIFIC VALUE OF BRIQUETTES USING BIOMASSIRJET Journal
 
Make pallet factory residue into fuel pellets
Make pallet factory residue into fuel pelletsMake pallet factory residue into fuel pellets
Make pallet factory residue into fuel pelletsJossie Xiong
 
PLASTICS WASTE AS OPTIONAL FUEL
PLASTICS WASTE AS OPTIONAL FUELPLASTICS WASTE AS OPTIONAL FUEL
PLASTICS WASTE AS OPTIONAL FUELIRJET Journal
 
Adhesive From Waste Petrol And Waste Thermocol
Adhesive From Waste Petrol And Waste ThermocolAdhesive From Waste Petrol And Waste Thermocol
Adhesive From Waste Petrol And Waste ThermocolEr.Tushar Aggarwal
 
Adhesive from Waste Petrol and Waste Thermocol
Adhesive from Waste Petrol and Waste ThermocolAdhesive from Waste Petrol and Waste Thermocol
Adhesive from Waste Petrol and Waste Thermocolijtsrd
 
IRJET- Study of Plastic Bricks Made from Waste Plastic
IRJET- Study of Plastic Bricks Made from Waste PlasticIRJET- Study of Plastic Bricks Made from Waste Plastic
IRJET- Study of Plastic Bricks Made from Waste PlasticIRJET Journal
 
Studies on development of fuel briquettes for
Studies on development of fuel briquettes forStudies on development of fuel briquettes for
Studies on development of fuel briquettes foreSAT Publishing House
 
Studies on development of fuel briquettes for household and industrial purpos
Studies on development of fuel briquettes for household and industrial purposStudies on development of fuel briquettes for household and industrial purpos
Studies on development of fuel briquettes for household and industrial purposeSAT Journals
 
DEVELOPMENT OF YARN FROM PINE NEEDLE FIBER
DEVELOPMENT OF YARN FROM PINE NEEDLE FIBERDEVELOPMENT OF YARN FROM PINE NEEDLE FIBER
DEVELOPMENT OF YARN FROM PINE NEEDLE FIBERIRJET Journal
 
Factsheet briquette potential in the region
Factsheet briquette potential in the regionFactsheet briquette potential in the region
Factsheet briquette potential in the regionPT carbon indonesia
 
Development and evaluation of some of the mechanical properties of kenaf poly...
Development and evaluation of some of the mechanical properties of kenaf poly...Development and evaluation of some of the mechanical properties of kenaf poly...
Development and evaluation of some of the mechanical properties of kenaf poly...IAEME Publication
 
Make paper factory residue into fuel pellets
Make paper factory residue into fuel pelletsMake paper factory residue into fuel pellets
Make paper factory residue into fuel pelletsJossie Xiong
 
DEVELOPMENT AND EVALUATION OF SOME OF THE MECHANICAL PROPERTIES OF KENAF/POLY...
DEVELOPMENT AND EVALUATION OF SOME OF THE MECHANICAL PROPERTIES OF KENAF/POLY...DEVELOPMENT AND EVALUATION OF SOME OF THE MECHANICAL PROPERTIES OF KENAF/POLY...
DEVELOPMENT AND EVALUATION OF SOME OF THE MECHANICAL PROPERTIES OF KENAF/POLY...IAEME Publication
 
Make wood residue into fuel pellets for plywood factory
Make wood residue into fuel pellets for plywood factoryMake wood residue into fuel pellets for plywood factory
Make wood residue into fuel pellets for plywood factoryJossie Xiong
 
IRJET- Utilization of Agricultural Waste in the Manufacturing of Wooden Parti...
IRJET- Utilization of Agricultural Waste in the Manufacturing of Wooden Parti...IRJET- Utilization of Agricultural Waste in the Manufacturing of Wooden Parti...
IRJET- Utilization of Agricultural Waste in the Manufacturing of Wooden Parti...IRJET Journal
 
Latest Technologies in Construction Engineering by Arcadis - Gineers now engi...
Latest Technologies in Construction Engineering by Arcadis - Gineers now engi...Latest Technologies in Construction Engineering by Arcadis - Gineers now engi...
Latest Technologies in Construction Engineering by Arcadis - Gineers now engi...GineersNow
 
IRJET- Effect of Industrial Sludge and Coconut Coir in Strengthening of Red B...
IRJET- Effect of Industrial Sludge and Coconut Coir in Strengthening of Red B...IRJET- Effect of Industrial Sludge and Coconut Coir in Strengthening of Red B...
IRJET- Effect of Industrial Sludge and Coconut Coir in Strengthening of Red B...IRJET Journal
 
Make sawmill residue into fuel pellets
Make sawmill residue into fuel pelletsMake sawmill residue into fuel pellets
Make sawmill residue into fuel pelletsIvy Chen
 

Similar a A Feasibility Study of Making Biomass Pellets with Plywood Plant Waste in Indonesia (20)

METHODS OF INCREASING CALORIFIC VALUE OF BRIQUETTES USING BIOMASS
METHODS OF INCREASING CALORIFIC VALUE OF BRIQUETTES USING BIOMASSMETHODS OF INCREASING CALORIFIC VALUE OF BRIQUETTES USING BIOMASS
METHODS OF INCREASING CALORIFIC VALUE OF BRIQUETTES USING BIOMASS
 
Make pallet factory residue into fuel pellets
Make pallet factory residue into fuel pelletsMake pallet factory residue into fuel pellets
Make pallet factory residue into fuel pellets
 
PLASTICS WASTE AS OPTIONAL FUEL
PLASTICS WASTE AS OPTIONAL FUELPLASTICS WASTE AS OPTIONAL FUEL
PLASTICS WASTE AS OPTIONAL FUEL
 
Adhesive From Waste Petrol And Waste Thermocol
Adhesive From Waste Petrol And Waste ThermocolAdhesive From Waste Petrol And Waste Thermocol
Adhesive From Waste Petrol And Waste Thermocol
 
Adhesive from Waste Petrol and Waste Thermocol
Adhesive from Waste Petrol and Waste ThermocolAdhesive from Waste Petrol and Waste Thermocol
Adhesive from Waste Petrol and Waste Thermocol
 
IRJET- Study of Plastic Bricks Made from Waste Plastic
IRJET- Study of Plastic Bricks Made from Waste PlasticIRJET- Study of Plastic Bricks Made from Waste Plastic
IRJET- Study of Plastic Bricks Made from Waste Plastic
 
Studies on development of fuel briquettes for
Studies on development of fuel briquettes forStudies on development of fuel briquettes for
Studies on development of fuel briquettes for
 
Studies on development of fuel briquettes for household and industrial purpos
Studies on development of fuel briquettes for household and industrial purposStudies on development of fuel briquettes for household and industrial purpos
Studies on development of fuel briquettes for household and industrial purpos
 
DEVELOPMENT OF YARN FROM PINE NEEDLE FIBER
DEVELOPMENT OF YARN FROM PINE NEEDLE FIBERDEVELOPMENT OF YARN FROM PINE NEEDLE FIBER
DEVELOPMENT OF YARN FROM PINE NEEDLE FIBER
 
Factsheet briquette potential in the region
Factsheet briquette potential in the regionFactsheet briquette potential in the region
Factsheet briquette potential in the region
 
Development and evaluation of some of the mechanical properties of kenaf poly...
Development and evaluation of some of the mechanical properties of kenaf poly...Development and evaluation of some of the mechanical properties of kenaf poly...
Development and evaluation of some of the mechanical properties of kenaf poly...
 
Make paper factory residue into fuel pellets
Make paper factory residue into fuel pelletsMake paper factory residue into fuel pellets
Make paper factory residue into fuel pellets
 
DEVELOPMENT AND EVALUATION OF SOME OF THE MECHANICAL PROPERTIES OF KENAF/POLY...
DEVELOPMENT AND EVALUATION OF SOME OF THE MECHANICAL PROPERTIES OF KENAF/POLY...DEVELOPMENT AND EVALUATION OF SOME OF THE MECHANICAL PROPERTIES OF KENAF/POLY...
DEVELOPMENT AND EVALUATION OF SOME OF THE MECHANICAL PROPERTIES OF KENAF/POLY...
 
Make wood residue into fuel pellets for plywood factory
Make wood residue into fuel pellets for plywood factoryMake wood residue into fuel pellets for plywood factory
Make wood residue into fuel pellets for plywood factory
 
Report
ReportReport
Report
 
IRJET- Utilization of Agricultural Waste in the Manufacturing of Wooden Parti...
IRJET- Utilization of Agricultural Waste in the Manufacturing of Wooden Parti...IRJET- Utilization of Agricultural Waste in the Manufacturing of Wooden Parti...
IRJET- Utilization of Agricultural Waste in the Manufacturing of Wooden Parti...
 
Latest Technologies in Construction Engineering by Arcadis - Gineers now engi...
Latest Technologies in Construction Engineering by Arcadis - Gineers now engi...Latest Technologies in Construction Engineering by Arcadis - Gineers now engi...
Latest Technologies in Construction Engineering by Arcadis - Gineers now engi...
 
IRJET- Effect of Industrial Sludge and Coconut Coir in Strengthening of Red B...
IRJET- Effect of Industrial Sludge and Coconut Coir in Strengthening of Red B...IRJET- Effect of Industrial Sludge and Coconut Coir in Strengthening of Red B...
IRJET- Effect of Industrial Sludge and Coconut Coir in Strengthening of Red B...
 
task 6.ppt
task 6.ppttask 6.ppt
task 6.ppt
 
Make sawmill residue into fuel pellets
Make sawmill residue into fuel pelletsMake sawmill residue into fuel pellets
Make sawmill residue into fuel pellets
 

Último

Mumbai Call Girls, 💞 Prity 9892124323, Navi Mumbai Call girls
Mumbai Call Girls, 💞  Prity 9892124323, Navi Mumbai Call girlsMumbai Call Girls, 💞  Prity 9892124323, Navi Mumbai Call girls
Mumbai Call Girls, 💞 Prity 9892124323, Navi Mumbai Call girlsPooja Nehwal
 
Booking open Available Pune Call Girls Parvati Darshan 6297143586 Call Hot I...
Booking open Available Pune Call Girls Parvati Darshan  6297143586 Call Hot I...Booking open Available Pune Call Girls Parvati Darshan  6297143586 Call Hot I...
Booking open Available Pune Call Girls Parvati Darshan 6297143586 Call Hot I...Call Girls in Nagpur High Profile
 
Sustainable Clothing Strategies and Challenges
Sustainable Clothing Strategies and ChallengesSustainable Clothing Strategies and Challenges
Sustainable Clothing Strategies and ChallengesDr. Salem Baidas
 
Call Girls In Okhla DELHI ~9654467111~ Short 1500 Night 6000
Call Girls In Okhla DELHI ~9654467111~ Short 1500 Night 6000Call Girls In Okhla DELHI ~9654467111~ Short 1500 Night 6000
Call Girls In Okhla DELHI ~9654467111~ Short 1500 Night 6000Sapana Sha
 
Call Girls Budhwar Peth Call Me 7737669865 Budget Friendly No Advance Booking
Call Girls Budhwar Peth Call Me 7737669865 Budget Friendly No Advance BookingCall Girls Budhwar Peth Call Me 7737669865 Budget Friendly No Advance Booking
Call Girls Budhwar Peth Call Me 7737669865 Budget Friendly No Advance Bookingroncy bisnoi
 
CSR_Module5_Green Earth Initiative, Tree Planting Day
CSR_Module5_Green Earth Initiative, Tree Planting DayCSR_Module5_Green Earth Initiative, Tree Planting Day
CSR_Module5_Green Earth Initiative, Tree Planting DayGeorgeDiamandis11
 
CSR_Tested activities in the classroom -EN
CSR_Tested activities in the classroom -ENCSR_Tested activities in the classroom -EN
CSR_Tested activities in the classroom -ENGeorgeDiamandis11
 
VIP Call Girls Service Chaitanyapuri Hyderabad Call +91-8250192130
VIP Call Girls Service Chaitanyapuri Hyderabad Call +91-8250192130VIP Call Girls Service Chaitanyapuri Hyderabad Call +91-8250192130
VIP Call Girls Service Chaitanyapuri Hyderabad Call +91-8250192130Suhani Kapoor
 
(PARI) Viman Nagar Call Girls Just Call 7001035870 [ Cash on Delivery ] Pune ...
(PARI) Viman Nagar Call Girls Just Call 7001035870 [ Cash on Delivery ] Pune ...(PARI) Viman Nagar Call Girls Just Call 7001035870 [ Cash on Delivery ] Pune ...
(PARI) Viman Nagar Call Girls Just Call 7001035870 [ Cash on Delivery ] Pune ...ranjana rawat
 
Freegle User Survey as visual display - BH
Freegle User Survey as visual display - BHFreegle User Survey as visual display - BH
Freegle User Survey as visual display - BHbill846304
 
VVIP Pune Call Girls Moshi WhatSapp Number 8005736733 With Elite Staff And Re...
VVIP Pune Call Girls Moshi WhatSapp Number 8005736733 With Elite Staff And Re...VVIP Pune Call Girls Moshi WhatSapp Number 8005736733 With Elite Staff And Re...
VVIP Pune Call Girls Moshi WhatSapp Number 8005736733 With Elite Staff And Re...SUHANI PANDEY
 
Contact Number Call Girls Service In Goa 9316020077 Goa Call Girls Service
Contact Number Call Girls Service In Goa  9316020077 Goa  Call Girls ServiceContact Number Call Girls Service In Goa  9316020077 Goa  Call Girls Service
Contact Number Call Girls Service In Goa 9316020077 Goa Call Girls Servicesexy call girls service in goa
 
VIP Model Call Girls Chakan ( Pune ) Call ON 8005736733 Starting From 5K to 2...
VIP Model Call Girls Chakan ( Pune ) Call ON 8005736733 Starting From 5K to 2...VIP Model Call Girls Chakan ( Pune ) Call ON 8005736733 Starting From 5K to 2...
VIP Model Call Girls Chakan ( Pune ) Call ON 8005736733 Starting From 5K to 2...SUHANI PANDEY
 
Call Girls In Faridabad(Ballabgarh) Book ☎ 8168257667, @4999
Call Girls In Faridabad(Ballabgarh) Book ☎ 8168257667, @4999Call Girls In Faridabad(Ballabgarh) Book ☎ 8168257667, @4999
Call Girls In Faridabad(Ballabgarh) Book ☎ 8168257667, @4999Tina Ji
 
(ZARA) Call Girls Talegaon Dabhade ( 7001035870 ) HI-Fi Pune Escorts Service
(ZARA) Call Girls Talegaon Dabhade ( 7001035870 ) HI-Fi Pune Escorts Service(ZARA) Call Girls Talegaon Dabhade ( 7001035870 ) HI-Fi Pune Escorts Service
(ZARA) Call Girls Talegaon Dabhade ( 7001035870 ) HI-Fi Pune Escorts Serviceranjana rawat
 
VIP Call Girls Mahadevpur Colony ( Hyderabad ) Phone 8250192130 | ₹5k To 25k ...
VIP Call Girls Mahadevpur Colony ( Hyderabad ) Phone 8250192130 | ₹5k To 25k ...VIP Call Girls Mahadevpur Colony ( Hyderabad ) Phone 8250192130 | ₹5k To 25k ...
VIP Call Girls Mahadevpur Colony ( Hyderabad ) Phone 8250192130 | ₹5k To 25k ...Suhani Kapoor
 

Último (20)

Mumbai Call Girls, 💞 Prity 9892124323, Navi Mumbai Call girls
Mumbai Call Girls, 💞  Prity 9892124323, Navi Mumbai Call girlsMumbai Call Girls, 💞  Prity 9892124323, Navi Mumbai Call girls
Mumbai Call Girls, 💞 Prity 9892124323, Navi Mumbai Call girls
 
9953056974 ,Low Rate Call Girls In Adarsh Nagar Delhi 24hrs Available
9953056974 ,Low Rate Call Girls In Adarsh Nagar  Delhi 24hrs Available9953056974 ,Low Rate Call Girls In Adarsh Nagar  Delhi 24hrs Available
9953056974 ,Low Rate Call Girls In Adarsh Nagar Delhi 24hrs Available
 
Booking open Available Pune Call Girls Parvati Darshan 6297143586 Call Hot I...
Booking open Available Pune Call Girls Parvati Darshan  6297143586 Call Hot I...Booking open Available Pune Call Girls Parvati Darshan  6297143586 Call Hot I...
Booking open Available Pune Call Girls Parvati Darshan 6297143586 Call Hot I...
 
Green Banking
Green Banking Green Banking
Green Banking
 
Sustainable Clothing Strategies and Challenges
Sustainable Clothing Strategies and ChallengesSustainable Clothing Strategies and Challenges
Sustainable Clothing Strategies and Challenges
 
Call Girls In Okhla DELHI ~9654467111~ Short 1500 Night 6000
Call Girls In Okhla DELHI ~9654467111~ Short 1500 Night 6000Call Girls In Okhla DELHI ~9654467111~ Short 1500 Night 6000
Call Girls In Okhla DELHI ~9654467111~ Short 1500 Night 6000
 
Call Girls In Pratap Nagar꧁❤ 🔝 9953056974🔝❤꧂ Escort ServiCe
Call Girls In Pratap Nagar꧁❤ 🔝 9953056974🔝❤꧂ Escort ServiCeCall Girls In Pratap Nagar꧁❤ 🔝 9953056974🔝❤꧂ Escort ServiCe
Call Girls In Pratap Nagar꧁❤ 🔝 9953056974🔝❤꧂ Escort ServiCe
 
Call Girls Budhwar Peth Call Me 7737669865 Budget Friendly No Advance Booking
Call Girls Budhwar Peth Call Me 7737669865 Budget Friendly No Advance BookingCall Girls Budhwar Peth Call Me 7737669865 Budget Friendly No Advance Booking
Call Girls Budhwar Peth Call Me 7737669865 Budget Friendly No Advance Booking
 
CSR_Module5_Green Earth Initiative, Tree Planting Day
CSR_Module5_Green Earth Initiative, Tree Planting DayCSR_Module5_Green Earth Initiative, Tree Planting Day
CSR_Module5_Green Earth Initiative, Tree Planting Day
 
CSR_Tested activities in the classroom -EN
CSR_Tested activities in the classroom -ENCSR_Tested activities in the classroom -EN
CSR_Tested activities in the classroom -EN
 
VIP Call Girls Service Chaitanyapuri Hyderabad Call +91-8250192130
VIP Call Girls Service Chaitanyapuri Hyderabad Call +91-8250192130VIP Call Girls Service Chaitanyapuri Hyderabad Call +91-8250192130
VIP Call Girls Service Chaitanyapuri Hyderabad Call +91-8250192130
 
(PARI) Viman Nagar Call Girls Just Call 7001035870 [ Cash on Delivery ] Pune ...
(PARI) Viman Nagar Call Girls Just Call 7001035870 [ Cash on Delivery ] Pune ...(PARI) Viman Nagar Call Girls Just Call 7001035870 [ Cash on Delivery ] Pune ...
(PARI) Viman Nagar Call Girls Just Call 7001035870 [ Cash on Delivery ] Pune ...
 
Call Girls In Yamuna Vihar꧁❤ 🔝 9953056974🔝❤꧂ Escort ServiCe
Call Girls In Yamuna Vihar꧁❤ 🔝 9953056974🔝❤꧂ Escort ServiCeCall Girls In Yamuna Vihar꧁❤ 🔝 9953056974🔝❤꧂ Escort ServiCe
Call Girls In Yamuna Vihar꧁❤ 🔝 9953056974🔝❤꧂ Escort ServiCe
 
Freegle User Survey as visual display - BH
Freegle User Survey as visual display - BHFreegle User Survey as visual display - BH
Freegle User Survey as visual display - BH
 
VVIP Pune Call Girls Moshi WhatSapp Number 8005736733 With Elite Staff And Re...
VVIP Pune Call Girls Moshi WhatSapp Number 8005736733 With Elite Staff And Re...VVIP Pune Call Girls Moshi WhatSapp Number 8005736733 With Elite Staff And Re...
VVIP Pune Call Girls Moshi WhatSapp Number 8005736733 With Elite Staff And Re...
 
Contact Number Call Girls Service In Goa 9316020077 Goa Call Girls Service
Contact Number Call Girls Service In Goa  9316020077 Goa  Call Girls ServiceContact Number Call Girls Service In Goa  9316020077 Goa  Call Girls Service
Contact Number Call Girls Service In Goa 9316020077 Goa Call Girls Service
 
VIP Model Call Girls Chakan ( Pune ) Call ON 8005736733 Starting From 5K to 2...
VIP Model Call Girls Chakan ( Pune ) Call ON 8005736733 Starting From 5K to 2...VIP Model Call Girls Chakan ( Pune ) Call ON 8005736733 Starting From 5K to 2...
VIP Model Call Girls Chakan ( Pune ) Call ON 8005736733 Starting From 5K to 2...
 
Call Girls In Faridabad(Ballabgarh) Book ☎ 8168257667, @4999
Call Girls In Faridabad(Ballabgarh) Book ☎ 8168257667, @4999Call Girls In Faridabad(Ballabgarh) Book ☎ 8168257667, @4999
Call Girls In Faridabad(Ballabgarh) Book ☎ 8168257667, @4999
 
(ZARA) Call Girls Talegaon Dabhade ( 7001035870 ) HI-Fi Pune Escorts Service
(ZARA) Call Girls Talegaon Dabhade ( 7001035870 ) HI-Fi Pune Escorts Service(ZARA) Call Girls Talegaon Dabhade ( 7001035870 ) HI-Fi Pune Escorts Service
(ZARA) Call Girls Talegaon Dabhade ( 7001035870 ) HI-Fi Pune Escorts Service
 
VIP Call Girls Mahadevpur Colony ( Hyderabad ) Phone 8250192130 | ₹5k To 25k ...
VIP Call Girls Mahadevpur Colony ( Hyderabad ) Phone 8250192130 | ₹5k To 25k ...VIP Call Girls Mahadevpur Colony ( Hyderabad ) Phone 8250192130 | ₹5k To 25k ...
VIP Call Girls Mahadevpur Colony ( Hyderabad ) Phone 8250192130 | ₹5k To 25k ...
 

A Feasibility Study of Making Biomass Pellets with Plywood Plant Waste in Indonesia

  • 1. A Feasibility Study of Making Biomass Pellets with Plywood Plant Waste in Indonesia
  • 2. CONTENT 1. Introduction............................................................................................1 2. Project Description................................................................................ 2 3. Advantages and Feasibility of the Project...........................................4 3.1 Abundant Raw Materials Potential in Plywood Manufactures.......4 3.2 Relatively Intensive Production Circle........................................... 5 3.3 Domestic Policy Support.................................................................6 3.4 Development of Pellet Equipment.................................................. 6 3.5 Vast Oversea Market........................................................................7 4. Benefit Analysis of the Project............................................................11 4.1 Solving Plywood Factory Waste Disposal Problem......................11 4.2 Bring Economic Benefits to the Plywood Industries....................11 5. Prospects of the Biomass Pellet Investment......................................12 6. Conclusion............................................................................................ 13
  • 3. 1 1. Introduction Energy is the foundation and important constraint of modern economic and social development. With the growth of national economy and population, world energy demand is rising in recent years. It can be said that to solve the energy problem is to solve the problem of economic development. Traditional energy consists of oil, gas and coal. They have some obvious defects: non-renewal, harm to the environment after firing and the high price. These reasons lead to a prompt decrease in their using. Renewable energy resources quickly enter into the market and the energy market will reach to a diversified energy fix. With the increasing awareness of energy conservation and environmental protection, international community’s demand for energy saving standards has become higher and higher. Thus, the development and utilization of clean energy have been gradually carried out in many areas. At the same time, biomass energy has been popular in many countries because of its cheap price and renewable nature. Biomass fuel program has become an important part of world sustainable development strategies and it can provide a win-win solution for the government: low prices can reduce energy use costs; reduce carbon emissions to honor their commitments to the Kyoto Protocol; reduce the dependence on oil country which is distant, political instability and still dangerous; it is conducive to energy security. Increasing demand for biomass, the pellet industries are rapidly developed all over the world. With abundant forest resources, cheap labors and vast oversea markets, Indonesia has great potential to develop wood pellet fuel industry. Indonesia has the second large number of plywood manufacturers in the world. Also, Indonesia is the world’s largest plywood exporter. The plywood plants generate a tremendous amount of wood waste every year. Development of wood pellet fuel can help reduce the impact of these wastes on the carrying capacity of environment in Indonesia, also helps to reduce waste and promote income-generating efficiency of Indonesian
  • 4. plywood manufacturers, further ease the resource shortage contradiction. Plywood manufacturers should actively develop biomass pellet fuel, on one hand, it can help resolve the waste problem, protect environment; on the other hand, the biomass pellets can be sold, increasing economic income. Green Economy 2 Energy Crisis Sustainable Development ( environmental friendly and low carbon) Wood Pellet Industry Figure 1. The Challenge of Overcoming Energy Crisis 2. Project Description The target object of this investment is plywood waste biomass pellets. The raw materials are mainly plywood fragments, slag and scrap. They can be made into biomass pellets through chipping, crushing, drying, pelletizing and cooling.
  • 5. 3 The production processes are as follows: 1. Transport biomass wastes to the crusher; 2. Drying the raw material by dryer; 3. Transport to the pellet mill for pelletizing; 4. Cooling the biomass pellets with cooler; 5. Packing pellets into bags. The investment of wood pellet production line can better deal with the waste problem of plywood factories. It can recycle the wastes to produce new alternative energy - wood pellets. This production line have several advantages: a clear division of labor, complete support equipment, high degree of automation, high productivity and convenient operation. In addition, this production line can be operated only by six persons. It adopts three-tier structure dryer new technology, which is more effective than single-layer; equips with flue gas filtration equipment to reduce pollution; adds a more effective control system. Azeus Wood Pellet Machinery Company can allocate different size pellet production line according to customers’ requirements. And also they can support technical guidance and after-sales service to ensure the smooth running of production. Example: Biomass pellet production line equipment list Wood Crusher Machine * 1 set Rotary Drum Dryer * 1 set Flue Gas Filter * 1 set Wood Pellet Machine * 2 sets Cooler Machine * 1 set Transportation Equipment * 4 units Wood Pellet Weighing and Packing Machine *1 unit Electricity Control Center *1 unit
  • 6. 4 3. Advantages and Feasibility of the Project Plywood manufacturers have more potentials to develop wood pellets. This project has shown many advantages and feasibility on developing wood pellet in Indonesian plywood industries. 3.1 Abundant Raw Materials Potential in Plywood Manufactures Relying on the rich forest and cheap labor resources, there is a rapid development on Indonesia’s timber industry, especially plywood and furniture manufacturing based on raw materials such as logs and saw timbers. And these are increasing year by year. Among them, plywood industry has become a major part of Indonesian economy. Plywood manufacturing process is as following: Logs→Log grading→Debarking & bucking→Peeling & dipping→Drying→Veneer selection & repairing→Lay up→Glue spreading→Cold & hot processing→Sizing & sanding→Laboratory test→sorting & grading→Packing There are so many wastes in the process of plywood production and these wastes are mainly produced in four steps of the process. First of all, the length, the curvature and the defects of logs have a direct impact on the production rate of plywood. The wastes are small logs, truncated and sawdust. The loss rate in cutting step is generally 3%-10%. Secondly, there exists so many barks in the process of peeling. Thirdly, veneer peeling is the biggest loss step in plywood production process. In this step, it results in a huge number of substandard broken veneer, irregular pieces of wood and damaged wood core. The loss rate may reach to 15%-25%. Finally, it is the leftover materials in the step of sizing and sanding. There are hundreds of plywood manufacturers in Indonesia, with an annual output of more than 900 million cubic meters of plywood. In accordance with the overall
  • 7. utilization levels of 65% in Asia, Indonesia plywood industries have generated an extremely alarming number of wastes every year. 5 Figure 2. Plywood 3.2 Relatively Intensive Production Circle The distribution of Indonesian plywood manufacturers is relatively concentrated. Information and data has shown that large-scale plywood manufacturers spread mainly in three regions in Indonesia. They are regions nearby Jakarta, Semarang and Surabaya. Relatively concentrated distribution of industries can conductive to form a co- production of wood waste recycling circle. They can also recycle and process the wood waste dealing in a unified way. Manufacturers gathered not only solve the disadvantages that small manufacturers can not afford to waste recycling alone, but also meet large manufacturers’ demands for raw materials that they purchase complete sets of machinery for production. They can reduce the cost and enhance the technology sharing in these cycles.
  • 8. 6 3.3 Domestic Policy Support Indonesia is an important exporter of processed timber. State policy prohibits the export of logs, however it encourages the development of the plywood industries and the wood pellet fuel production industry. Under the influence of the Kyoto Protocol, Indonesian government introduces policies to promote the development of biomass pellet fuel. In this way, it can help to ease the pressure on energy use and environmental carrying capacity. On January 31, 2012, Indonesian government promulgated several tax subsidies for the development of bio-energy, bio-gas and the re-utilization of other solid waste. Plywood industries should respond to the national policies and take full uses of the advantages to open up a new approach which contains plywood production, waste disposal and wood pellet processing. In a relatively mature time of pellet technology development, they should take the shoulder to develop such a process, and by the way these developments can benefit them, too. 3.4 Development of Pellet Equipment Development of science and technology has also promoted the development of pellet equipment industries. Modern pellet equipment has entered a era which has been called a complete production line of crushing, cooling, drying, pelleting and packaging. The entire production line is flexible and easy to operate. It can significantly promote the production efficiency under a condition of using less energy. There is no doubt that these new machines’ development will make it possible for plywood manufactures to work on the recycling and further develop the wood pellet fuel production. Plywood manufacturers can easily participate in the production of biomass pellets themselves without affecting their major productions. They can recycle the wood wastes for another using so as to achieve the goal to get more benefits.
  • 9. 7 Figure 3 . Azeus 500kg/hour Mobile Wood Pellet Plant 3.5 Vast Oversea Market At a stage of rapid development in biomass pellet manufacturing, Indonesia has a vast overseas market. Global wood pellet consumption expectation will have a great development in 2020. Wood pellets are used worldwide for heating (63%) and electricity generation (37%), of course there are some differences between countries. For example, wood pellets are mainly used for heating in Germany, Austria and Italy; while they are used for electricity generation in the Netherlands and Belgium. On the other hand, wood pellets are used for heating and electricity generation in Sweden, Denmark and Finland. The retail price for wood pellets is 200euro/tonne (330,000 won/tonne) and $300/tonne (370,000 won) in Europe and America. The increasing demand is bound to affect the development of primary pellet producing countries. As a main representative of low-cost manufacturing region, Indonesia will gradually
  • 10. become one of popular wood pellet fuel exporters to European and American countries. 8 Figure 4. World’s Pellet Consumption Outlook Demand for the biomass pellet in Asia market is also rising, three of the obvious ones are China, Japan and South Korea. And their pellet consumption is projected to exceed that of Western Europe by 2020. The East Asia nation saw an increase in pellet consumption, with 2013 figures estimated at 500,000 tons, compared to 174,000 tons in 2012. According to the assessment report of ITA (International Trade Administration) in 2014, China will account for one quarter of the biomass pellet consumption in the export market. China is rich in natural resources, but the demand for fuel is still in a state of extreme shortage. China has a vast market and a relatively advanced machinery manufacturing technology. It can meet the domestic needs through investment in technology and capital to develop pellet fuel production. As a country rich in biological resources, Indonesia should strengthen the cooperation in production styles and technologies and the sharing of market supply with China. It is
  • 11. 9 a win-win choice. Due to a shortage of domestic resources and a growing demand for the electricity for the development of industry, South Korea and Japan urgently need to develop new fuel energy to meet the demand of domestic production. Both countries have focused on the Southeast Asia regions and carried out the project of biomass pellet fuel through investment or cooperation. South Korean has imported a large number of biomass pellets. Korea is the world’s 10th largest energy consumer, fifth-largest oil importer, second-largest coal importer. 64% of its electricity is produced from fossil fuels. Further more, it also actively looks for the right opportunity to invest and build factories in neighboring countries. Indonesia is one of the main targets. According to the data from Korea, Indonesia offers the cheapest pellet. Japan has a similar situation as South Korea. Lack of energy resources, coupled with the development of the industrial economy’s dependence on energy, Japan has become the other biggest market in Asia. The great demand of biomass pellets in South Korea and Japan could be a great opportunity for Asian countries. We have learned that there have been many biomass pellets plants in China, Indonesia, Malaysia, Pakistan, Nepal, India and Sri Lanka etc. Yet more pelletizing plants are needed, and more countries and regions will use biomass pellets in the future.
  • 12. 10 Figure 5. Biomass Pellet and Coal Consumption in China, South Korea and Japan Figure 6. Pellet Production and Consumption in Korea and Japan
  • 13. 11 4. Benefit Analysis of the Project Indonesia plywood manufacturers have so many advantages to develop the wood pellet production. Here are several analysis of the benefits. 4.1 Solving Plywood Factory Waste Disposal Problem Indonesian plywood production ranks top three in the world. Plywood industry is an important part of the economy. According to the statistics, Indonesia’s current annual production of plywood is over 900 million cubic meters. Due to the continuous expansion of world market, these productions are still on an upward trend. In the utilization of wood, Asian developing countries have a definite gap with developed countries. The rate is about 60%, which means that in this level, wastes that Indonesian plywood industries annually produced have reached to a number of millions cubic meters. Improper handling of waste wood materials will bring many consequences, sometimes even seriously pollute the environment and be harmful to human’s health. Accumulation of wastes is also likely to lead to social security issues, breed theft and fire phenomenon. It has become public topics about how to solve the problems of wood materials recycling and utilization and to promote sustainable development of plywood industries. Investment on wood pellet production line can precisely solve these problems. The rest of the wood chip slags and scraps after the plywood production are the excellent raw materials to make wood pellet. Pellet production can also solve the problem of pollution caused by unreasonable treatment wastes. Enterprises should bear the social responsibility to protect the environment and achieve a sustainable development. 4.2 Bring Economic Benefits to the Plywood Industries Investing on the production line can not only solve the problems regarding waste disposal and environmental pollution of the plywood manufacturers, but also bring
  • 14. better economic benefits to them. Currently, the world’s awareness of energy rises to a new level. Wood pellet fuel has become a popular target that developed countries and some developing countries highly demand for. And in this way, it steps on a new rank in energy groups. The tendency of developing biomass pellet can not be changed. Plywood industries have many advantages that other industries do not have. Through recycling the waste into treasures, plywood manufacturers can bring in a substantial amount of revenue. 12 5. Prospects of the Biomass Pellet Investment Nowadays, many countries begin to strengthen national concerns and attentions on global warming and low carbon economy. Wood pellets, which can be used to fuel power plants and for heating, are compressed biomass deriving from sawdust and waste from saw milling. Many forum participants said the energy from wood pellets was “renewable, clean and economical”. More and more countries have started a project which updates the power plants from using coal as their main energy to burn the wood pellets and straw pellets as the leading. It can be obviously found that most power plants in western countries have already utilized biomass pellets as their main fuel. There has been a great increase in the demand for biomass pellet overseas. The global production of wood pellets will grow by more than 30 percent a year and the demand is anticipated to be 150 million tonnes by 2020. The conflict between various new requirements on the environment proposed in the Kyoto Protocol and the insistent requirements of energy from economic development has gradually grown. Exploration of new alternative fuels has become a new topic in the process of industrial development. Wood pellet is one of the new alternative burning fuels. It is belonging to a part of sustainable development and warmly welcomed by many countries. According to statistics, South Korea has set several investment for factories in Indonesia to develop pellet production. The market is large. Plywood manufacturers should size the opportunity to open a new path for their own
  • 15. 13 development. 6. Conclusion Development of the plywood manufacturers in Indonesia will drive the promotion of wood pellet industries, as the development of wood pellet industries will bring new profits for plywood manufacturers. This is a win-win investment. Wood pellet machines produced by Azeus Pellet Machinery have the first-class level in Asia. This company has some high-top technologies differ from other similar industries and also provides first-class technical guidance and after-sales services. The machines combine high efficiency, energy saving, equipment sophisticated and hard quality features. It should be a better partner for every wood pellet manufacturer. Indonesia has huge potential in biological resources. Plywood industries have their own advantages to develop biomass pellets. Enough raw materials reserve, low labor cost and convenient transportation will certainly accelerate the transformation of this industry. They should match the energy saving trend and accompany by the advantage of large world market demand to invest on the wood pellet production. This is a new breakthrough of the future development of the plywood industries.