global milling advances august 2013 issue

7/29/2019 Global Milling Advances August 2013 Issue

1/20

PowerinMotionNew Kubex

Pellet Mill

Issue4August2013

In this issue:

Feed Pellet Press Productivity

Alapala Product Line

2013 Events

ByBuhler


2/20


3/20

Contents

BuhlerPower in motion New KubexTMpellet mill

MuyangPractical waysto improve feedconditioning efciency

Allance Pellet Mil

AlapalaProduct Line

Events 2013Upcoming events

EditorialWelcome to the summer issue of Global Milling Advances.In this issue we take a look at pellet press technology, witharticles from Jiangsu Muyang Group and Allance Machinery.

Jiangsu Muyang Group focus on the practical ways to improvefeed conditions efciency and Allance Machinery talk usthrough inuencing factors of feed pellet press productivity.

Global Milling will be exhibiting at UK Grain in November, ifyou are visiting this event please call by our stand No. 14 andpick up your free copies of our magazines.

Keep up to date with events happening in your industry!Download your copy of our 2014 wall planner today atwww.globalmilling.com

Published by:

NISA Media Ltd14 Clarke WayCheltenhamGL50 4AXUnited Kingdom

Editorial ManagerNicky BarnesTel: +44 117 2306494Email: [email protected]

International Marketing ManagerSabby MajorTel: +44 117 2306493Email: [email protected]

News EditorMartin LittleEmail: [email protected]

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Events 2013Upcoming events

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06

10

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4/20

The new Kubex T pellet mill takes the successul

oundation o the popular Kubex to a new dimension,

continuing the tradition o robustness, reliability and

ease o operation o the previous model, but driving

it to an even more ecient and powerul level. Up

to 30 %1 less energy consumption, high production

capacities o up to 80 t/h2 and a customer driven

design are the result o extensive research anddevelopment by Bhler in cooperation with leading

eed millers.

Direct drive sets new standard

in energy eciency

A or a long time awaited drive concept has now

become reality: without gearbox and transmission

belts, the machines direct drive signicantly reduces

maintenance requirements and increases the pellet

mills uptime. Thanks to ecient power transmission,

the new Kubex T saves up to 30 % 1 energy perton o produced pellets compared to conventional

drive systems. Another advantage is the variable

die speed that is adjustable during operation. The

fexibility provided by this eature enables on-going

optimization o the production process and the pellet

quality based on the eed ormulation, and also

extends the lietime o the die.

High perormance, small ootprint

The new Kubex T pellet mill is available in two

versions, with Kubex T12 being the most powerulmodel with power o up to 585 kW and 1200 mm die

diameter, delivering high pelleting perormance o up to

80 tons/hour 2. The smaller version Kubex T9 comes

with motor power o up to 410 kW and a 900 mm die,

suitable or production capacities o up to 50 t/h 2.

Characterized by its very compact design, the new

Kubex T pellet mill ts the exact space requirements

o every eed mill due to its small ootprint in length,

width and especially height. In existing eed mills, line

capacity expansion is made possible without costly

building and process modication works.

Customer driven design

Bhler innovators have worked closely with leading

eed producers to ensure the Kubex T pellet mill

ulls the aspirations o eed millers or hygienic,

ergonomic and robust machine design. Wide-

opening, smooth-running sliding doors on both sides

provide ull access to the machine or ast and easy

maintenance, while the slightly pressurized machine

housing eciently prevents dust settlements in

critical areas. An improved die change concept with

access to the screws and ttings rom the clean motorchamber signicantly reduces the time needed or

the die change, maximizing machine uptime. Another

new development is the ABS control or the press

rolls, preventing roll slippage and thus protecting the

machine against blockages and equipment damage.

Power orward

Quite simply, selecting Bhler as a partner means

gaining access to the best technology and process

expertise in the eed milling industry. Close

collaboration with customers is always aimed atincreasing their productivity and competitiveness.

Bhler is continually empowering eed

Global Milling Advances Page 4

Power in motion New KubexTM pellet mill

More information:Michael Tremp,

Produktmanager Grain Milling

Buhler AG

CH-9240

Uzwil, Switzerland

Email: [email protected]

Web: www.buhlergroup.com


5/20

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INDUSTRIESThe Worlds Largest Annual Poultry,Feed, and Meat Technology Exposition

January 28 - 30, 2014

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Atlanta,GeorgiaUSA

www.ippexpo.org


6/20

The primary purpose o conditioning is to improve

pellet quality and pellet mill throughput. I being

correctly operated and controlled, a given conditioner

could be optimized to achieve the best quality at the

best production rate possible or a pelleting system.

According to the report o Energy Intensity o

Agriculture and Food System published on July 29,2011, eed provision contributes, on average, 75% o

energy inputs to livestock production in U.K, about

86% or eedlot bee production in the United States,

and about 90% o cradle-to-arm gate energy use or

salmon produced globally. Sourcing energy-ecient

eed inputs thereore oers considerable opportunity to

decrease energy use in arming industries.

Under this trend, only processes, systems and

equipment that saving energy in eed production

can help eed manuacturers keep competitive in the

market.

Conditioning is one o the most important processing

steps in pellet eed production. How to cut

energy usage and improve processing eciency

o a conditioner has been the question that eed

manuacturers always concerned.

We at Muyang have studied the possible ways to solve

this question or years. In this article, we will introduced

some practical ways to improve eed conditioning

eciency through careully controls on conditioning

temperature, retention time and water addition in

production.

Conditioning temperatureMoisture, heat, and pressure combine to gelatinize or

break down protein components in the eed ingredients

during conditioning, which permits better digestibility

and durability or eed pellets.

Table 1 shows the eects o conditioning temperature

on pelleting perormance. As eed mash temperature

increased in conditioning stage, the durability o

pellet products is improved while the energy used or

producing per ton o eed is reduced. A great dealo heat contributes to easy penetration o steam into

eed mash molecules, orming hydration water, which

binding with ingredients will make eed mash more

pelletable.

However, not all materials are adapted to the above

mentioned eed mash temperature and pelleting

perormance rule. For eed mash o heat sensitive

ingredients such as whey, milk, urea, etc., conditioning

temperature that higher than their gelatinization

temperature or solution temperature (usually is about

60c) will cause over-gelatinized or too much water in

eed mash, resulting in blockage in die holes. While orcereals

Table 1: Effects of conditioning temperature on palleting

Mash Temp/CEnergy Consumptoion/

(kW-h/t)Pellet Durability/%

21 30.7 69.5

65 17.3 90.6

80 11.9 96

and materials o high protein content, a conditioning

temperature that higher than 85c can be able to

increase the plasticity, cohesiveness and pellet abilityo eed mash. Thereore, conditioning temperature is

ormulation dependent. It should be controlled properly

to achieve good conditioning.

Retention timeThe time available or heat and moisture to penetrate

into the core o each particle beore pelleting is reerred

to as retention time. It is limited and supposed to be

less than the time needed or a given particle to move

through the conditioning chamber, because eed mash

doesnt contact with steam in the distance between

eeding inlet and steam inlet. However, retention

time cannot be measured precisely and, in reality, it

represents the average amount o time mash retaining

in the chamber. To optimize conditioning operations,

retention time must be optimized.

Trails were carried out in a eed mill in Guangdong

Province o China to study the impacting actors and

nd out practical methods to optimize conditioning

retention time.

The rst trail was set up to evaluate the infuence o

paddle angle on conditioning perormance. It was

subjected to 4 paddle settings giving:

Setting 1: all paddles are orward ones

(retained at ex-works setting) (Fig.1-a)

Setting 2: with 4 backward paddles (Fig.1-b);


Practical ways to improveeed conditioning eciency

By Zhou Xiang, Ye Zhen,Jiangsu Muyang Group Co., Ltd, China

More information:Jiangsu Muyang Group Co., Ltd

No.1 Muyang Road,

Yangzhou, China

Postcode 225127

Tel: +86 514 87848880

Fax: +86 514 87848686

Email contacts: [email protected]

[email protected]


7/20


8/20Global Milling Advances Page 8

Setting 3: with 8 backward paddles (Fig.1-c);

Setting 4: with 12 backward paddles (Fig.1-d);

The results showed in Fig.2 tell

that retention time is

adjustable by changing the

angle o paddles. As the

number o backward paddles

increased, it achieves better

conditioning and pelletingresults. The lling level o a

conditioner is increased too,

and ewer nes are generated

rom pellet products.

The second trail was designed to evaluate the eects o

shat speed on conditioning and pelleting perormance.

It was set up base on paddles installed with Setting 4.

The shat speed was changed by a variable-requency

controller on the drive motor.

See Fig.3, a slower shat

speed (37Hz) allows eed

mash to settle to the bottom

o the conditioner and be

pushed gently along the

barrel. This obviously allows

or a longer retention time

and a high lling level.

However, too slow a

shat speed will lead to

a steady state, namely

a state o steady lling

level and retention time. There is not enough linearvelocity and centriugal orce to lit up the eed mash.

In Fig.3, the longer retention time and higher lling level

in a requency o 30Hz are the results o eed mash

accumulation. In this case, eed mash cannot mix with

steam suciently. To guarantee satisactory result, the

conditioner usually should be designed with a linear

velocity o 6-8m/s.

By comparing with the

results shown in Fig.2, we

also can nd out that shat

speed contributes little tones generation o pellet

products i under the same

conditioning eect.

Thereore, it is suggested to

optimize retention time and

improve conditioning eect

by careully controlling the

shat speed, and to lower

power consumption in mash pelleting by reducing the

compression ratio o die holes.

Water addition Dierent moisture contents are required

to eed in dierent processes, the moisture content

usually are: 1) 11.5~12.5% ater grinding and mixing;

2) 15~16.5% ater conditioning and beore pelleting; 3)

14~15% ater pelleting; and 4) 11~13% ater cooling to

be nished product.

A well understanding o the eects and unctions o

moisture content in dierent

processing steps can bring

more prots to eed

production. Feed mash to

be pelletized i with a

moisture level less than

15% may cause poor

pelletability and problems

such as die blockage,pellets with bad durability,

burned surace, cracks,

brokens, etc. While nished

pellet products i with a moisture content that higher than

a saety level will result in mould in transport and storage,

which will degrade eed quality and shorten the shel lie.

Thereore, the moisture content should be strictly

controlled to achieve qualied and protable eed pellets.

Fig.4 shows the result o a 25 actorial arrangement o

conditioning processes that set up to evaluate the eects

o two steam introducing manners (multiple entry ports

and single entry port) on the moisture-rise (H) o eed

mash beore and ater conditioning with ve samples.

An optimum steam introducing manner can improve

the eect o steam contacting and mixing with eed

mash. Compared to the single entry port manner, steam

introduced into the conditioning through multiple entry

ports achieves conditioned mash with a more steady and

higher average moisture content. Namely, water adding

to eed mash is more uniorm.

Conclusion

Studies on conditioning temperature, retention time

and water addition in conditioning production provideeciently practical ways to improve pellet quality,

maximize energy usage and minimize eed and energy

losses during production:

1) Temperature and moisture required or conditioning

depends on the characteristics o ingredients used in

eed. The processing o dierent types o eeds should

ollow dierent guidelines. Generally, more heat can

achieve better pellet durability and reduced power

consumption or pelleting process.

2) Retention time can be optimized by adjusting paddleangle and shat speed. Increasing the number o

backward paddles can prolong the retention time and

improve the lling level o eed mash in a conditioner.

Slow shat speed also allows or longer retention time

and higher lling level. However, the speed should be

great enough to provide good agitation and movement

down the conditioner. An appropriate linear speed or

shat is 6~8m/s.

3) Steam introduced into conditioner through multiple

entry ports is benet or getting conditioned eed mash

uniorm moisture content.

In a word, well know the conditioning process and

optimize the operation with available methods are the

easible ways to add value to a given pellet mill.


9/20



Feed pellet press is to produce pellets or poultry,

livestock and aquacultural animals. The main raw

materials or eed pellet press are crushed or milled corn,

bean cakes, straw, grass, rice husk, etc. Feed pellet

press can be divided into three types which are ring die

eed pellet press, fat die pellet mill and double roller eed

pellet press. However, due to pellet press manuacturing

technology and missoperation, eed pellets productivity

can hardly satisy the expected requirement; besides,

the eed pellets surace is rough, ragile and high powder

rate. We will analyze the actors, which infuence eed

pellet press productivity.

1. Raw materials

Raw materials play the direct role in eed pellet

production. Dierent raw material component, milling

condition and the mixing rate can exert great infuence

on eed pellets.

1.1 Material components

Materials with high starch content are easy to begelatinized and sticky enough to orm eed pellets ater

conditioning. For those materials with high crude ber

content, a certain amount o at addition can reduce

riction between raw materials and ring die during

pelletizing, and is good to orm smooth eed pellets.

The common at addition amount is about 1% or more

addition will make pellet loose. I more at is needed,

we can consider spraying at ater pelletizing, which

is especially suitable to, high standard eed pellets

production.

1.2 Milling granularityGrain material milling granularity decides eed pellet

surace area which means the ner granularity, the larger

size, the aster speed o moisture absorption; then it

is easy or eed material conditioning and pelletizing.

From the perspective o pelletizing, the ner material,

the higher pelletizing strength; but more steam will block

pellet press. Besides, the ner material will consume

more powder. I the materials are too crude, the wear

o ring die and roller will be increased and make it hard

to pelletizing. For pellet press with little die holes, it is

harder to orm pellets; whats more, the material will have

bad gelatinization, low productivity and high powder

rate in eed pellets. Thereore, or the common poultry

and livestock eed pellets, corn milling should adopt 2.5-

3.0mm sieving plates which can avoid too ness and

ensure eed granularity or conditioning or less powder

content.

1.3 Grain material mixing

The evenness o grain material mixing should be paid

attention as well. Because o the complexity o eed

ormula, the huge dierences o dierent materials,

we should choose the right mixing time according to

the ormulas with the aim o controlling the variable

coecient o evenness to 5% and laying a good

oundation or pelletizing.

Feed Pellet Press Productivity

Infuencing FactorsBy Amanda Zhou, Allance Machinery, China, Email: [email protected]

More information:Allance Pellet Mill

Weiyi Road,

Zhengzhou,

China, 450000

Web: www.pellet-machine.net


11/20

THE

RICE & GRAIN INDUSTRYFOR

ISRMAX DELHI

IARI Ground, PUSANew Delhi, India

20-22 February 2014

Organizer

Pixie Consulting Solutions Ltd.

EXHIBITOR PROFILE

?Abrasive wheels

?Boilers

?Color sorters

?DG Sets

?Dryers

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?Material Handling

Systems

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Mfrs.

VISITOR PROFILE

?Rice millers?Rice Departments

?Certifying agencies?Hoteliers/caterers

?Research scientists/universities/Students

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Bodies/selling

Agents/Institutional

Buyers?Technical

Consultants,Supply

Chain Executives?Equipments Disrtibutors

For Stall Booking

M0b: +91-9991705003

+91 9812082121

Email: [email protected]

www.isrmax.com



2. Steam quality control

Using steam or eed pellets can improve pellet press

production and pellet quality. Steam is the source o

both moisture addition or conditioning and starch

gelatinization. Adding a certain amount o steam in

conditioner can kill some bacteria and also dilute the

natural binder in eed materials; in this way, the particles

surace orms a layer o thin water-bearing stratum which

is in avor o gelatinization and pelletizing. The correct

design o steam pipe should ensure not only pressure

and fow but also prevent condensate water entering

conditioner.

Generally, raw material moisture content is about 12%

beore conditioning, steam pressure is high and moisture

content is low; while ater conditioning, moisture content

is above 16.5% and pellets are dicult to store. The

conditioning temperature is 85c or common animal

eed pellets; but change it lower or higher in winter and

summer respectively.

3. Feeding fow control

Feeding fow control is to ensure pellet press work

continuously and uniormly and thus quite important.

Feeder part should be unobstructed or smooth eeding.

Take SZLH series 400 as an example, the eeding fow

should be no less than 10t/h. In order to make the even

eeding fow, it is wise to install a surge bunker on top o

eed press. It is dicult to ensure even eed fow without

a surge bunker or other connecting pipes (longer than

0.5m). In a general way, when eed pellet press worksstably, steam supplies adequately, all eeding gates

open, eeding speed is the rated value but the main

motor can never achieve the rated power value, we can

judge that the eeding fow is insucient.

4.Pelletizing operation

4.1 Adjust the space between roller and die. Too small

space between roller and die will make easier to create

wear and loud noise; too big space will infuence

material pressing; thus the space is about 0.05- 0.30mm.

Sometimes a eeler gauge is good to help.

4.2 Industrial butter is needed

Butter is needed on roller so that bearings can be

protected saely rom high temperature.

4.3 Feeding knives adjustment

Adjust eeding knives in case materials cant enter the

space between roller and die. Part o raw materials will

go out o die holes and orm more powder; thus the

adjustment should make sure the space between the

curves on the upper edge and die is 2-3mm.

4.4 Feed pelletizing

Start pellet press, conditioner and eeder successively;at this time, eeder should be in the smallest eeding

amount. In order to avoid sundries enter to the die, the

operator should open the discharge door outside pellet

press or removing impure materials. When the materials

are clean, we can lead them to ring die. The important

thing is that we should eed part o the material to see i

there are eed pellets ormed. I everything works



well, we can increase raw material and steam to the rated current. I the

materials enter pressing chamber but no eed pellets orming, with the

electric current increasing; we should open discharge door outside pellet

press and watch i the electric current lowers down. Mechanically, the

pelletizing process involves orcing sot eed through holes in a metal ring

die or fat die. The holes may be round or square, tapered or nontapered.

This is done either by using locally abricated pelleting machine, which isoperated by diesel engine, electricity powered machine or manually, or

by using automatic highly sophisticated machines with hot air or water

conditioning. It consists basically o cylindrical dies o dierent diameters

to pelletize varying sizes o eed, which depends on the age, size and

species o animals involved. Most eed produced is a compressed pellet.

Pelleted eed has numerous advantages which include less eed wastage,uniorm eed intake, and destruction o growth inhibitors.

It is noteworthy that at the beginning stage o eeding, we should not add

steam anxiously. Because at this time, raw materials are in small amount

and the steam amount is hard to control. More steam and less material

is easy to block pellet press. Besides, beore close down pellet press,

we should add some oil material to ring die holes to prevent materials

becoming hard.

Feed pellet production is simple but good eed pellet is

not so easy because it needs not only pelletizing technology but also rich

experience. We hope this analysis will assist you in improving eed pelletproductivity to some extent. For both domestic and commercial eed

pellet production, we can customize the most cost-eective pelletizing

solutions.


14/20

AlapalaProduct Line

More information:ALAPALA Machine Industry & Trade Inc.

Flour and Feed Technology

Istanbul Division

World Trade Center A-1 No: 15/453

Yesilkoy

Istanbul

Turkey

Tel: +90 212 465 6040-41

Fax: +90 212 465 6042

Web: www.alapala.com

The new Similago has been studied and developed by Alapala to

provide the utmost technology in roller mill design with elegance and

durability. This new roller mill satises the most stringent hygiene

standards together with milling precision and simple maintenance

making it the most versatile roller mill or any new or existing plantdesign. The new state o the art electronics make the Similago II

making it user riendly and fexible The quick roll change module

cartridge has been updated by using the latest state o the art

components The Similago II roller mill is also available in the 8

roll superimposed version with option or either 250 mm or 300

mm roll diameters.

This machine is an evolution o our highly successul model DISA

giving higher eciency, integrated with optimal illumination o the

screen. A new generation o vibration mountings and maintenance

ree motors ensure low energy consumption and low maintenance

with minimum o downtimes.

PURIFIER

SIMILAG

OII

QU

ADRO

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ANSIFTER

Ingeniously designed to comply with the highest hygiene standards,

easy to operate, minimum maintenance, modular design constructed

in stainless steel and with a large siting area.

An important part o this plansiter is that on the basic main rame

with a redesigned oscillating mechanism, it is possible to attach

rom 2 to 8 sections. These sections are insulated with ABS or

anti condensation properties.

With great consideration all the components have beendesigned and developed with the use o rounded recesses and

proles to stop product build up leading to inestation



15/20

THE

RICE & GRAIN INDUSTRYFOR

ISRMAX AsiaIMPACT Exhibition andConvention Center

Bangkok, Thailand

29-31 August 2014

Mr. Vishal GuptaChairman, PCSLMob: +91 [email protected]

Organizer

Pixie Consulting Solutions Ltd. MUYANG THONG THANI

EXHIBITOR PROFILE

?

?Boilers

?Color sorters

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?Dryers

?Elevators and conveyors

?Material Handling

Systems

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Mfrs.

Abrasive wheels

VISITOR PROFILE

?Rice millers

?Rice Departments?Certifying agencies?Hoteliers/caterers?Research

scientists/universities/Students

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of Commerce

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Agents/Institutional

Buyers?Technical

Consultants,Supply Chain

Executives

?

Equipments Disrtibutors

www.isrmaxasia.net

Mr. Sirapat KettarnProject Manager, IMPACTTel: +66 2833 [email protected]



Milling WorldMilling World, a new blog from NISA Media

Ltd, bringing together agriculture news storiesfrom around the world.

As well as looking at events and shows we look at companies

involved in agriculture, food production and animal production aswell as the feed industry and veterinary aspects of farming and

agriculture.

The blog runs side by side with our online resource Global MillingAnnual. Publishing press releases from key companies and keygures in the agriculture world, books releases and information

from global sources. As well as looking at the ever-changing faceof agriculture, through GMOs, research and other innovative

approaches to agriculture.

Another aspect of the agriculture world is the ever-changing effectof climate change on the industry, and as natural disasters occur,

such as droughts, oods, hurricanes we keep you updated.

Contact Martin ([email protected]) with your latest news!

2013 International Modern Agriculture Exhibition

Shanghai World Expo Exhibiton&Convention CenterChina

Cocurrent Events

2013 China International Protected Agricultural Equipment&Garden Materials Exhibition

2013 China International Seed Industry&Technology Exhibition

2013 China International New Fertilizer&Biopesticide Exhibition

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2013 Asia Fruit&Vegetable Trade Fair

The Most Influential Modern Agricultural Event in Asia

Global Milling

GlobalMillingDirectory

Global Milling has become a brand new reference source for the Grain, Feed, Flour,

Cereals, Rice, and Pasta industries. Covering all aspects from equipment to raw materials

and including all suppliers and manufacturers working within the industry.

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August

7th-9th AugustLivestock Philippines 2013Manila, PhilippinesWeb: www.livestockphilippines.com

15th-17th AugustISRMAX Asia 2013Bangkok, ThailandWeb:www.isrmaxasia.net

15th-17th AugustLogiware Asia 2013Bangkok, ThailandWeb: www.logiwareasia.com

23rd-25th AugustGrainTech IndiaBangalore, IndiaWeb: www.graintechindia.com

25th-28th AugustICC Conference 2013Perth, AustraliaWeb: www.icc.or.at

September

10th-12th SeptemberLiquid Feed SymposiumSt Louis, Missouri, USAWeb: www.aa.org

17th-19th September2013 International ModernAgriculture ExhibitionShanghai World ExpoExhibition& ConventionCenter, ChinaWeb: www.modernagri.cn

24th-26th September7th InternationalConferenceFlour Mill 2013International IndustrialAcademy, Moscow, RussiaEmail: [email protected]

24th-26th SeptemberLivestock Asia 2013,Kuala Lumpur, MalaysiaWeb: www.livestockasia.com

October

1st-3rd OctoberThe 6th ScienticConference of AnimalWealth ResearchCairo, EqyptWeb: www.facebook.com/groups/animalconf/

6th-9th OctoberInternational BakingIndustry Exposition, IBIE 2013,Las Vegas, USAWeb: www.ibie2013.org

November

5th-8th NovemberIAOM MEA Tunisia 2013Sousse, TunisiaWeb: www.iaom-mea.com/tunisia2013

6th NovemberUK GrainPeterborough, UKWeb: www.farm-smart.co.uk/ukgrain/

10th-16th NovemberAgritechnica,Hannover, GermanyWeb: www.agritechnica.com

13th-14th November64th JTIC Milling &Cereals Meeting

Reims, FranceWeb: www.jtic.eu

December

8th-10th DecemberNGFA Country ElevatorConference & TradeshowSt Louis, Missouri, USAWeb: www.ngfa.org

2013Events List




G R A I N

2013THE GRAIN BUSINESS EVENT

Post Harvest Technology

Storage

Drying

Handling

Marketing

Organised by FarmSmart Events in association with the HGCA as Grain Quality partner

www.farm-smart.co.uk 0845 4900 142 [email protected]

Wednesday 6th NovemberEast of England Showground,

Peterborough PE2 6XE

Tickets 15 on the day Save 5 by pre-booking


20/20

Global Milling

GlobalMillingDirectory

Global Milling has become a brand new reference source for the Grain, Feed, Flour,

Cereals, Rice, and Pasta industries. Covering all aspects from equipment to raw materials

and including all suppliers and manufacturers working within the industry.

Bringing you the latest up-to-date relevant news, upcoming industry events, Universities

and worldwide company contact information Everything you need in one place!

Keep up-to-date with Global Milling

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global milling advances august 2013 issue

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