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TECHNICAL REPORT ON STUDENT WORK INDUSTRIAL EXPERIENCE SCHEME UNDERTAKEN AT VIRGO ENGINEERING SERVICES NIGERIA LIMITED BY: OLATUNJI EZEKIEL OLAOLUWA, 171106, INDUSTRIAL AND PRODUCTION ENGINEERING, 300LEVEL.

OLATUNJI E.O 171106

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Page 1: OLATUNJI E.O 171106

TECHNICAL REPORT ON STUDENT WORK INDUSTRIAL

EXPERIENCE SCHEMEUNDERTAKEN AT

VIRGO ENGINEERING SERVICES NIGERIA LIMITED

BY:OLATUNJI EZEKIEL OLAOLUWA,171106,INDUSTRIAL AND PRODUCTION ENGINEERING,300LEVEL.

Page 2: OLATUNJI E.O 171106

OUTLINEINTRODUCTION.INTRODUCTION TO VIRGO ENGINEERING SERVICES

NIGERIA LIMITED.WHAT WE DO AT VIRGO ENGINEERING SERVICES

NIGERIA LIMITED.POWER GENERATORS.CONCRETE HIGH TENSION (HT) POLES.BLOCK MAKING.TURN KEY PLANTS.SAFETY FIRST.RECOMMENDATIONS.

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INTRODUCTIONThe industrial revolution led to a rapid increase in

the number of industries in the world. This led to increase in employment rate and gross

domestic product (GDP).Countries like China are competitors with almost

every industry in the world, because of the high level of industrialization.

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INTRODUCTION TO VIRGOAn engineering firm with about

3oo employees, owned by a sole proprietor(Chief Oyegunle Oyegbade).

Sales, supply and installation of power diesel generators.

Construction of various infrastructures (buildings).

Manufacture and supply of high tension pole.

Fabrication of metals.

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WHAT WE DO AT VIRGO

Power diesel generators

Concrete high tension poles

Block making

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POWER DIESEL GENERATORSThey are used in the

fields of construction, communication, banking business, mining, leasing industry and other special sites.

Continuous service.

Standby service.

•Emergency service.Picture

Perkins power generator.

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CONCRETE HIGH TENSION (HT) POLES.They were developed to meet the expanding need of a

supporting structure for; street, highway and area lighting, athletic lighting, signs, overhead power distribution and power transmission as well as power substations and traffic signals.

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BLOCK MAKING

The block making process shown has five major steps

These steps are outlined in the process diagram shown.

It is a cycle that works for every type of block or brick/ interlocking stones, irrespective of the size and density.

Measuring of sand or

aggregate

Sieving of sand/aggregate and measuring

again

Mixing of aggregate/sand + cement + water

Pouring of output into brick/block

making machine.

Bricks/ blocks of different sizes

come out.

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BLOCK MAKING CONTINUED

1. Tamper Trolley with Mounting2.Vibration Button 3. Hopper4. Mould Box Mount5. Mould Box Lift Arm6. Mould Box 7. Tamper

BLOCK MAKING MACHINE

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TURN KEY PLANTS FOR A BLOCK INDUSTRY

THE NEED: It is a long way from mixing the raw materials to the finished block.

Each part of the plant has been matched to the other parts containing optimized processes within those parts.

Forward looking planning, often referred to as “begin with the end in mind” is a fundamental requirement for a complete efficient production facility.

The different required materials go from the aggregate silos via transport systems to the dosing and mixing plant.

The concrete is then conveyed to the block making machine.

This then compacts the concrete in a mould using a combination of pressure and vibration

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TURN KEY PLANTS CONTINUED. The fresh concrete products go then to product pallets via a

conveying system, then pass through an optional quality assurance system, onto the curing chamber.

After the curing process, the products are combined to form a pack of blocks using a Cuboter and are prepared for unloading (e.g. by forklift).

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AN EXISTING TURN KEY PLANT FOR A BLOCK INDUSTRY

01. Dosing and mixing plant 02. Concrete transport (bucket conveyor)03. Concrete block making machine 04. Framework with Power trainer and Hydraulic station 05. Wet side transport 06. Elevator 07. Finger car08. Curing 09. Buffer finger car 10. Lowerator 11. Return transport 12. Centring device 13. Cross transport/Production pallet buffer 14. Cubing/Cuboter 15 Cube conveyor

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SAFETY FIRST. Safety has to do with the worker, work piece and machines being free of

accidents or injuries. Some safety precautions are:

Flowing or loose gown must not be worn.

Correct shoes must be worn such as those that will cover the toes against the likelihood of tools, work piece, or machine parts dropping.

Articles like ear-rings, wrist watches, should be removed when working in the workshop as these are likely to be caught by moving parts of the machines.

Physical defects must be well tested and put right before any worker is allowed to work in the workshop.

The surrounding of the workshop must be clean, well ventilated, spacious, and should generally conform with factory regulations.

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RECOMMENDATIONSAdequate supervision of students should be

done, to know if they are really learning.

The centre should also try and help out with accommodation issue that may arise during the course of the programme , by liaising with the school management to reduce the stress students pass through during this period, because many do miss out on real opportunities (going out with their boss on a capital project) while working out their accommodation.

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THANKS FOR LISTENING