UGMS Profile

Headquarter: 9 Ext. 3 of Ramsis St., Nasr City, Cairo, Egypt.

Saudi Office: Makkah- Al Aziziah – W.T.C M 9 th Floor, Office No. 901/1 Tel.: +966544769214

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E-Mail: [email protected] Website: www.unitedgroupco.com

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تعــريف بقطاع أنظمة المراقبة الهندسيةEngineering Monitoring Solution (EMS)

(Division Profile)

Profile Contents:

1. Company History.

2. Engineering Monitoring Solution Division Activities (EMS).

3. Services introduction, applications and our partners Companies

We Represent in Egypt, Middle East, and Africa Countries.

4. Projects of Engineering Monitoring Solutions Division



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(1)

Company History

United Group Company Established in 1998 as a Family Company between

Eng.Reda Awad Yassin , Eng.Mohammed Awad and Mr.Shaker Awad: It Integrated Systems

Id Card Solutions

In year 2000 The Company Begins to Increase the Fields of Work by Enter these Fields: Laboratory Testing Systems for Engineering Departments.

Manufacturing to Some Plastic Product's & Casting Special Alley's.

In 2004 The Company begins to Expand its Work to Cover Kingdom of Saudi Arabia in

this Field: Structure Health Monitoring & Geotechnical Solutions.

In 2006 The Company is Owned Totally by Eng.Reda Awad Yassin and The Company

begins to be Divided into Seven Divisions as Follows: Geo-Technical Structural Monitoring Systems Division.

Testing & Measurements Scientific Systems Division.

Complete Systems Integration Solutions Division.

PVC Card Production Systems Division.

Light Current Systems Division.

Metals Powders Division.

Contracting Division.

In 2009 The Company Enters as A Partner in New Company in Saudi Arabia with Name

United Range Company, and The New Company is Working in Some of the Fields of

Mother Company United Group.

In 2014 The Company is Reorganized to Increase the Specialty and Dependability and

the Company is Named United Group Holding Company and Cover Three Separate and

Nondependent Companies : United Group for Engineering Solutions

United Group for Contracting and Real State

United Group for Industry "UG-Steel"

In 2015 The United Group for Engineering Solution Make Reorganize to The Sub-

Divisions and Internally Divided in Three Separate Divisions as Follows:-

المجوعة المتحدة للحلول الهندسية

United Group for Engineering Solutions

قطاع أنظمة المراقبة الهندسية

Engineering Monitoring

Solution Division

(EMS)

قطاع األجهزة العلمية وأنظمة القياس

Scientific equipment and

Measuring Systems Division

(SEMS)

قطاع أنظمة التيار الخفيف

Electromechanical & Light

Current Systems Divisions

(EM& LCS)



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(2)

Engineering Monitoring Solution Division Activities (EMS)

المجموعة المتحدة للحلول الهندسية قطاع أنظمة المراقبة الهندسية أنشطة عمل شركة

This Division Provide Turnkey Monitoring Solutions to The Following Fields and Any

Task Can Begin From Study, Supply , Install , Collect Readings , Analysis The Readings

Depend on The Project Scale.

Geotechnical and Structure Health Monitoring Solutions.

Water Quality and Hydrology Monitoring Solutions.

Vibration and Blasting Monitoring Solutions

Weather Monitoring Solutions.

Environmental Pollution, Air Quality and Remediation Solutions.

Geophysics, Oceanography Monitoring Solutions.



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(3)

Services introduction, applications and our partners Companies

We Represent in Egypt, Middle East, and Africa Countries.



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A) Geotechnical and Structure Health Monitoring Solutions

What Geotechnical & Structure health monitoring are innovative methods of monitoring structure safety, integrity, performance and its interaction with the soil, without otherwise affecting the structure itself

Why

Geotechnical monitoring is important because soil and rock constitute the largest construction material by volume used in a built environment, and understanding their behaviour as engineering materials is critical to the design of building foundation systems, earth and rock fill dams, tunnels and other underground structures, and all other facilities constructed of or in contact with soil or rock SHM is as much importance, because the strength and serviceability of any structure can be considerably – even terminally – reduced by natural or human-made events, earthquakes, increased levels of use and design changes. The result is that repair costs become comparable with replacement costs.

Advantages

Properly performed geotechnical engineering characterizes the properties of earth materials and predicts the reaction to loading conditions, resulting in improved

foundation design, fast-track construction time, lower costs, reduced delays and increased awareness of environmental risks.

Also, the ideal SHM system provides you with on-demand information about your structure's integrity and serviceability, as well as warnings concerning any damage detected. Therefore SHM significantly reduces repair costs through early damage detection, making the monitored structure safer and increasing the cost efficiency of its maintenance.

Applications:

Monitoring dams

Monitoring tunnels

Monitoring towers and buildings

Monitoring bridges

Monitoring pipelines

Monitoring building foundations

Our Partners

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https://en.wikipedia.org/wiki/File:Boston_CAT_Project-construction_view_from_air.jpeg

http://www.google.com.eg/imgres?imgurl=http://cee.illinois.edu/sites/default/files/geotechnical-engineering_2.jpg&imgrefurl=http://cee.illinois.edu/geotech&h=285&w=500&tbnid=B2YKP_qRTwW5zM:&docid=lpHihBB3vcfYpM&ei=swYhVpn8L4fkaMHDrfgM&tbm=isch&ved=0CD4QMygOMA5qFQoTCNmhk4SXx8gCFQcyGgodwWELzw

http://www.google.com.eg/imgres?imgurl=http://www.nmggeotech.com/services/images/nmg_services_ge_main_img.jpg&imgrefurl=http://www.nmggeotech.com/services/nmg_services_ge.htm&h=264&w=662&tbnid=vQOKFKhs50l5MM:&docid=kDs3SFmyUASvxM&ei=swYhVpn8L4fkaMHDrfgM&tbm=isch&ved=0CE4QMygUMBRqFQoTCNmhk4SXx8gCFQcyGgodwWELzw



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B) Water Quality and Hydrology Monitoring Solutions

What Hydrology is the scientific study of the movement, distribution, and quality of water on Earth and other planets, including the hydrologic cycle, water resources and environmental watershed sustainability.

Why

Water is one of our most important natural resources. Without it, there would be no life on earth, although there is plenty of water on earth, it is not always in the right place, at the right time and of the right quality. Hydrology has evolved as a science in response to the need to understand the complex water systems of the Earth and help solve water problems

Advantages

Water is vitally important to every aspect of our lives. Monitoring water quality, level, and water flow will help us to understand exactly how we impact our water supply and the important role we all play in water conservation. These information can be used to protect our waterways from pollution, and to help better manage of land and crops. National governments and organizations use monitoring information to help control pollution levels.

Applications:

Long term ground water level monitoring

Stream, lake and river water level management

Hydraulic conductivity / Slug testing

Coastal tide and harbour variation measurement

Construction and mine water level management

Storm water and wetlands research

Our Partners



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C) Vibration and Blasting Monitoring Solutions.

What Structural Vibration and blast Monitoring is the characterization and risk assessment of structural damage caused by earthquakes, high-annoyance industrial activities, blasting in a mine or a quarry, or long term construction projects and to provide engineers with the timely information they need.

Why

Repeated vibration and shock levels from vibration and blasting activities and events can be produced to such a magnitude that they cause overall discomfort, possible injury, and partial structural damage

Advantages

Early detection of damage is essential for safety-relevant assessments. It is mandatory for many vulnerable industrial facilities and other critical structures in high seismicity areas or near construction sites. also require risk assessment, and real time alarming and monitoring solution

Applications:

Nuclear Power Plants

Gas and Electric distribution systems

Dams

High-rise buildings

Bridges

Tunnels

Blasting of rocks

Our Partners



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D) Weather Monitoring Solutions.

What Weather monitoring solutions are used to keep track of real-time atmospheric parameter like wind speed, wind direction, temperature, humidity, precipitation, pressure, and solar radiation

Why

In aviation meteorology, wind data is essential in order to determine the safety of landing and take-off conditions.

In bridges wind information is important to determine cable vibration, wind loading on vehicle traffic or structural twisting of the bridge itself.

In high rise building wind data are vital for comparing wind load effects on building with model and design predictions

Advantages

Studding weather parameters and conditions help us providing safer environment for reliable operation

Applications:

Weather forecasting

Aviation meteorology

Agricultural meteorology

Hydrometeorology

Nuclear meteorology

Maritime meteorology

Military meteorology

Structure meteorology

Our Partners

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https://en.wikipedia.org/wiki/File:WOA09_sea-surf_TMP_AYool.png

https://en.wikipedia.org/wiki/File:Earth_Global_Circulation_-_en.svg

https://en.wikipedia.org/wiki/File:Wolkenstockwerke.png



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E) Environmental Pollution & Air Quality Monitoring Solutions.

What Air pollution is the introduction of particulates, biological molecules, or other harmful materials into Earth's atmosphere, causing disease, death to humans, damage to other living organisms such as food crops, or the natural or built environment.

Why

We cannot often see pollution in the air caused by industries and cars emissions, so testing (monitoring) must be done to check the air quality. Monitoring the air quality is essential for local authorities as well as for major public and private industries to understand and prevent air pollution and assess emission sources

Advantages

Using environmental pollution and air quality monitoring, we can effectively control and reduce hazardous prevalence of polluted air

Applications:

Urban Air Monitoring

Industrial Perimeter

Roadside Monitoring

Research & Consultancy

HVAC system performance monitoring

Schools and kinder gardens

Our Partners

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https://en.wikipedia.org/wiki/File:BurningOffFieldsInTheEveningInSouthGeorgia.jpg

https://en.wikipedia.org/wiki/File:Cairo_in_smog.jpg

https://en.wikipedia.org/wiki/File:Deaths_from_air_pollution.png

https://en.wikipedia.org/wiki/File:Dust_Storm_Texas_1935.jpg



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F) Geophysics And Oceanography Monitoring Solutions.

What Geophysics is the subsurface site characterization of the geology, geological structure, groundwater, contamination, and human artefacts beneath the Earth's surface, based on the lateral and vertical mapping of physical property variations that are remotely sensed using non-invasive technologies. While Oceanography is the branch that studies the ocean, and its marine organisms and ecosystem dynamics, ocean currents, waves, and geophysical fluid dynamics

Why

While a non-destructive solution to map the subsurface of the earth is needed, or a method to locate the depth and position of rebar, post-tension cable and conduits before drilling, cutting or coring in a concrete structure inspection, or a system that provides users with an effective tool for quickly determining pavement layer thickness and performing base and sub-base evaluations in road and bridge inspection tasks, Geophysical services are the most cost effective and practical methods to be used.

Advantages

Geophysical surveys are cost-effective, efficient, and non-destructive. So, it is ideal for use in populated areas, such as cities, where many of today's environmental and engineering issues arise. It also means that an archaeological site can be examined without destroying it in the process; it also provides a means of evaluating large areas of the subsurface rapidly. The majority of geophysical surveying techniques have been in existence for more than a half-century and are mature, yet still relatively undiscovered and underutilized by decision-makers who face complex environmental and engineering problems.

Applications:

Concrete Inspection

Urban (utility mapping, underground storage tank location)

Mining

Archaeology

Civil Engineering / Non-Destructive Testing (NDT)

Observational and theoretical studies of electric and magnetic fields in the oceans

and on the land

Broad observational seismology, including ocean bottom and multichannel

seismology

Gravity measurements

Geophysical instrumentation for oceanic and continental geophysical

measurements

Our Partners

www.lavalundergroun

d.com surewavetechnology.co.uk



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(4)

Projects of Engineering Monitoring Solutions Division



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(1) Development of King Abdul Aziz Endowment for Two Holy Mosques in Makkah

العزيز بمكة المكرمةامشروع وقف الملك عبد Stage 1 : Central Podium Systems

Customer Name : Dar Al-handasah Consultants

(Shair and Partners)

Tasks: Installation and Follow up of The Following systems :

1-Vibration Monitoring System for Tower H.

2-Displacement Measuring System Using GPS & Satellite for

Tower H.

3-Wind Speed Measurements on Structure for Tower H.

4- Strain & Stress Monitoring System for Tower H using

Embedment Vibrating Wire Strain Gauge.

5-Tilting Measuring System for Tower F.

6- Level Measuring System for Tower F.

كبر مشروع خرسانى أمشروع وقف الملك عبد العزيز الذى يعد عالمة من العالمات المعمارية المتميزة فى القرن الحادى والعشرين وهو والتى وتصنف ( شاعر ومشاركوة )شراف التنفيذ دار الهندسة ا مجموعة بن الدن السعودية ويقوم بالتصميم و هحول العالم وتقوم على تنفيذ

ختبار التنفيذ إنظمة تقوم بأفى المشاريع العمالقة البد من ا وعلمي .عمال ألستشارات حول العالم من حيث حجم اإبر دار بأنها ثالث أكنظمة للقيام بهذة المهمة ألختيار شركة المجموعة المتحدة بصفتها شركة متخصصة فى هذة اإرتفاع وقد تم إلومتابعة المبانى شاهقة ا . لمرحلة انتهاء إبعد ظلت الشركة لمدة أربع سنوات تتابع األنظمة و كامل المرحلة وقد قامت الشركة بتنفيذ

Stage 2 : Top Tower Steel Structure

Customer Name : Abcd (Binladin Group)

Project Consultant: Mayr Ludescher Partner (Consulting

Engineers)

Tasks: Supplying, Installation and O&M of the Following:

Strain & Stress Monitoring System for Top Tower Steel

Structure using arc –Wieldable Vibrating Wire Strain Gauge

on the Critical Members.

Automatic Data Collection & Logging System.

Automatic Data Analysis and on line Monitoring System

Automatic Web Monitoring to the results to be available

Worldwide and Accessible to the Designer Remotely

The task Executed is Strain & Stress Monitoring System and it is installed in Selected Steel

Members by MLP (Mayr Ludescher Partner (Consulting Engineers). In floors Under the

Clock’s Floor, Sensors Were installed. Initial Readings and Flow up of the System from the Site



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and Remotely Were Considered. Remotely on-line Reading and Analysis Report Were Sent to

the Designer and Owner Every Two Weeks.

Mayr Ludescher يقوم بتصميم الجزء المعدنى الذى يعلو البرج الرئيسى ويشمل الساعة العمالقة والتاج الذى يعلوها والهالل مكتب

Partner (Consulting Engineers) فى ا وعلمي. ت المعدنية الخاصة والعمالقة وهى شركة ألمانية متخصصة فى تصميم المنشأختيار شركة المجموعة المتحدة بصفتها إرتفاع وقد تم إلختبار التنفيذ ومتابعة المبانى شاهقة اإنظمة تقوم بأالمشاريع العمالقة البد من لمدة عة النظام تم متابو هالتركيب للنظام بكل أجزاء نظمة للقيام بهذة المهمة وقد قامت الشركة بالتوريد وألشركة متخصصة فى هذة ا

.نشاء إلتمام اإنشاء للمشروع وبعد إلا طوال فترةعامين بعقد تشغيل

Stage 3: Viewing Deck systems

Customer Name : Binladin Group

Project Consultant: Dar Alhandasa (Consulting Office

Project Name

Tasks:-

Supplying, Installation, and O&M for the following: Install Two Complete Weather Monitoring Stations to

Monitoring the Environmental Parameters From All Sides Of

The Tower , And To Monitoring The Wind Speed Effects On The

Tower

Installation of two Triaxial Vibration Monitoring Stations

Install two advanced GPS Monitoring Station one above the

tower and other Reference Location.

Automatic Data Collection & Logging System

Automatic Data Analysis And On Line Monitoring System

Automatic Web Monitoring To The Results To Be Available

Worldwide And Accessible To The Designer Remotely

The Task Execution Is Monitoring Tower For Detecting The Outside Effects On The Tower Like the

Wind Speed And Wind Direction , Triaxial Vibration Monitoring Appear From The Wind Speed Effect

Or From The Internal Utilities And From Earth-Quick , and Monitoring The All Structure

Displacement In Three We Install The Sensor's , Take Initial Readings And Flow Up The System From

The Site And Remotely On-Line And Make The and Analysis Remotely And Send Report To The

Designer And Owner Every Two Weeks .

كبر مشروع خرسانى أمشروع وقف الملك عبد العزيز الذى يعد عالمة من العالمات المعمارية المتميزة فى القرن الحادى والعشرين وهو فى ا وعلمي(. شاعر ومشاركوه)شراف التنفيذ دار الهندسةا صميم و حول العالم وتقوم على تنفيذة مجموعة بن الدن السعودية ويقوم بالت

ختيار شركة المجموعة المتحدة بصفتها إرتفاع وقد تم إلختبار التنفيذ ومتابعة المبانى شاهقة اإنظمة تقوم بأقة البد من المشاريع العمالشركة متخصصة فى هذة االنظمة للقيام بهذة المهمة وقد قامت الشركة بالتوريد والتركيب والمتابعة لألنظمة التى تم تنفيذها وتركيبها

و تحرك التربة وقد تم تركيب جميع األنظمة أن تؤثر كالزالزل والرياح أمراقبة المبنى من أى عوامل خارجية ممكن أسفل الهالل مباشرة لاهرة ومن خالل المكتب الرئيسى وسيتم متابعة النظام من خالل مهندس مقيم من شركتنا ومن خالل المكتب الرئيسى لشركتنا بالق

.ستشارى بالقاهرة لإل



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(2) Project Name

Agyad Hospital Development Project in

Makkah Al-Mokarama – Kingdom Saudi

Arabia

Stage No.1 : During Foundation Drilling Customer Name: Al-Madufy Contrcting Company –

Makkah Almokarama –Kingdom Saudi Arabia

Our Task: As it is known Makkah Soil Is Hard Rock. So they use Blasting to Excavate for Foundation.

During the Blasting Process, they need to Monitor the Surrounded Building to Monitor Any

Settlement or Tilting, and Measure the Vibration of Theses Building During The Blasting and

Normal Work. All these Data are Real Time and Online Web Base Monitoring.

Supplying, Installing, Commissioning, Training, and Follow up the System after Warranty

Period Were Our Task.

The System Include:

1- Complete Data Acquisition 32 Channel Expandable up to 256 Channels.

2- Set of 4 Tri-Axial Accelerometers to Measure the Vibration in All the Directions.

2- Set of six Biaxial Sensors for Measuring the Tilting in Two Directions.

3- Real Time Monitoring Software to Monitoring the Data Online.

4- Complete Data Logging Solution to Record the Data Measured for A Period on one

Weeks and It is working OnLine or Off Line.

يعد مشروع تطوير مستشفى أجياد العام من المشاريع المتميزة بمنطقة مكة المكرمة بالمملكة العربية السعودية وتمول هذا المشروع وزراة دام ستخإعمال الحفر بأ سناد عملية الحفر والتدعيم لشركة المضايفى للمقاوالت وعند التنفيذ وجدت خطورة نتيجة إالمالية السعودية وقد تم

ثير أعمال الحفر على الفنادق المجاورة على شركة أسناد عملية مراقبة تإالمفرقات على الفنادق المجاورة لموقع المشروع لذلك تم خر لقياس آلبعاد واأت فى الثالث زاهتزاألحدهم لقياس اأالمجموعة المتحدة كشركة متخصصة بهذا المجال وقد تم تركيب نظامين

نذار لحظة بلحظة عن حالة المبانى ا اد والنظامين مرتبطين بنظام مراقبة يعمل على مدار الساعة ويعطى تقارير و بعألالميول ثنائى ا . مرحلة بالكاملشروع وتم بحمد هللا تنفيذ اللى أستشارى المإالمجاورة ويعطى التقرير

Stage No.2 : During Foundation

CUSTOMER NAME: BinLadin Group –RPD

OUR TASK:-

As it is known from 40 years established drainage tunnel , in this project site , now the

ministry of finance need to invest this very important site by establish two structure one

for hotel 42 floors and other one for hospital , but to be save the asked united group to

install complete turnkey systems web based real time monitoring of the effect of the

new structure on the underground tunnel



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The system includes:

1- Four complete rod extensometer system to monitoring the deformation may be

done to the tunnel

2- Eight pressure cells to monitoring the load transferred from the new structure

foundations to the soil

بن ألدن السعودية ولمراقبة تاثير المشروع الجديد على لشركة ا األنشاءتمول هذا المشروع وزراة المالية السعودية وقد تم اسناد عملية ظامين احدهم عملية على شركة المجموعة المتحدة كشركة متخصصة بهذا المجال وقد تم تركيب نالسناد األنفاق الموجودة أسفلة فقد تم أ

والنظامين مرتبطين بنظام مراقبة يعمل على األحمال على التربة اسفل المشروع واالخر لقياس االهبوط والتغير في شكل النفق لقياس وتوجد مدار الساعة ويعطى تقارير وانذار لحظة بلحظة ويعطى التقرير الى أستشارى المشروع وتم بحمد هللا تنفيذ المشروع ويعمل االن

.مرحلة جديدة جارى العمل بها



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(3)

Project Name :On Line Weather Monitoring System for

Makkah El Mokarramah مشروع نظام متكامل لمراقبة المناخ ألمارة مكة المكرمة

Customer Name : Zamzam Studies & Research

Center Saudi Geological Survey

Project Consultant: Dar Alhandassah (Consulting Engineers)

Tasks:

Supplying, Installation, Commissioning, and O&M for the

Following: One Complete Weather and Rain Monitoring Station

Three Rain Complete Monitoring Stations

Automatic Data Collection & Logging System

Automatic Data Analysis and on line Monitoring System

Automatic Web Monitoring to the Results to be available

Worldwide and Accessible to the Designer Remotely.

The Task Executed is Installing Weather Monitoring Station Automatic Full Complete to Monitoring

The All Weather Parameter and Rain in the Area of Makkah Almokaramah City to Measure the Quantity

of Water Will Feed to Zamzam Well , the Four Station Installed Around The City In Four Different

Places and Every Station Include the Sensors And Data Logging and Collection an GSM Station and

Solar Cell for Power The Stations , and the Data in sent from the Stations Automatically to the Web for

Real Time Monitoring and for archiving for Future Statistics , we Install the Sensor's , Take Initial

Readings and Flow up the System From the Site and Remotely on line and Make the and Analysis

Remotely and Send Report to the Owner Daily with all the Readings of The Day .

ن بها بئر زمزم أشهر بئر فى العالم أمدينة مكة المكرمة هى أهم مدينة حول العالم لما لها من قدسية لدى المسلمين حول العالم كما مطار والسيول التى تنزل بمنطقة مكة المرمة ولذلك تم ألولما كان مهما ان يتم معرفة روافد هذا البئر فقد كانت هناك حاجة لمتابعة ا

المجموعة المتحدة لتوريد وتركيب وتشغل هذا الشبكة وتم ذلك بين مركز أبحاث زمزم بهيئة المساحة الجيولوجية وبين ختيار شركةإتتم ا ستشارى المشروع وقد قامت الشركة بالتوريد والتركيب وحاليإ( شاعر ومشاركوة)المجموعة المتحدة مصر تحت أشراف دار الهندسة

دس مقيم من شركتنا ومن خالل مالك المشروع بمدينة جدة ومن خالل المكتب الرئيسى للمجموعة المتحدة متابعة النظام من خالل مهن .بالقاهرة



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(4)

Customer Name : Ministry of Electricity and Dams Merowe

Dam Electricity CO.

Project Consultant: Ministry of Electricity and Dams

(Technical Office)

Project Name : On Line On-Line Hydrological Monitoring Systems

مشروع نظام متكامل لمراقبة تصريف المياة وجودتها لسد مروى بالسودانTasks:-

Supplying, Installation, Commissioning, and Training for

Technical Staff for the Following:

Bed-Material Samplers.

Complete Cable Way System Current Meter With Cable Way

System (Installed In the Two River Side's).

Propeller Current Meter.

Depth Integrating Sampler for Suspended Sediment.

Nile river profile using River-Ray ADCP.

Web Based Automatic Water Level Monitoring Radar.

Universal Current Meter.

Install 12 Piezometer Systems around the Merowe Dam for Water

Level Monitoring, Water Analysis, and Water Sampling.

Complete trolley Crane with Winch and Current Meter.

Web Based Complete Water Quality Stations.

The Task Executed is Installing Hydrological Monitoring Systems Full Complete to Monitoring the

all Water Level , Water Quality Parameters , Water Speed , Taking the Water Samples , riverbid

samples and Controlling the Discharging Water from the Merowe Dam and Monitoring the

Discharging and Filling of Merowe Lake in Sudan , The Systems Installed Over the Dam and Before

the Dam on the Small Rivers That Supply The Lake , Every Station Include the Sensors and Data

Logging and Collection and GSM Station and Solar Cell for Power the Stations , and the Data is Sent

From the Stations Automatically to the Web for Real Time Monitoring and for Archiving for Future

Statistics , We Install the Systems in the Determined Locations , Take Initial Readings and Flow up The

System From the Site and Remotely on line and Make the Analysis Remotely and Send Report to the

Owner Daily With all the Readings of the Day .

نهار ألبغرض التحكم فى كمية المياة المنصرفة من بحيرة مروى ومن ا لخرسانية الحديثة والذى تم بناءهسد مروى يعتبر من السدود استخدام السد فى عملية توليد الكهرباء نظرا للحاجة الشديدة لها لتنمية هذة إالصغيرة المغذية لها وتنظيم عملية صرف المياة وكذلك

وللتحكم من عملية تصريف المياة من خالل السد فكانت هناك أفقر المناطق فى السودانرض السودان والتى تعتبر من أالمنطقة من ن تكون أاع المياة وسرعتها وكميتها وجودة هذة المياة على نظمة المتقدمة فى حساب ارتفألستخدام التكنولوجيا الحديثة واإلحاجة ماسة

وتم تحديد هذة اصن تعمل هذة االنظمة اتوماتيكيأعداد يتم توزيعها فى أماكن مختلفة للتاكد من دقة القياس وكذلك إانظمة متكاملة وبنظمة السابقة ألد فازت بها لتوريد وتركيب االنظمة المطلوبة من خالل شركة كهرباء سد مروى وقد تقدمت لهذة المناقصة شركتنا وق

.نظمة من خالل مهندس مقيم ومن خالل الشركة األم بالقاهرة ألوكذلك متابعة ا



Tel: +20223892314, +20223892238 Mob: +201116000761, Fax: +20223892438


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Kingdom Tower (Mile Tower) مشروع برج المملكة ) برج الميل (

Task:

Geotechnical and Structure Health Monitoring Systems

To The Entire Project From Site Survey To Tower

Construction And After Handover

Project Name: Kingdom Tower

Project Owner: Jeddah Economy Company

Project Designer: Adrian Smith + Gordon Gill Architecture

Project Consultant: Dar Al-handassah (Consulting

Engineers)

Project Main Contractor: Saudi BinLadin Group –ABCD

division

Task Description:

In this project we currently do the following tasks:- Construction Phase Survey Monitoring And Correction

Program

Survey and Monitoring of Tower Foundation Settlements

Survey and Monitoring of Super Structure Wall Shortening

Survey and Monitoring of Lateral Tower Deformations

Monitoring of Bored Pile Loads

Monitoring of Load Transmission To Raft Sub Grade

Monitoring of Wall Stresses Along The Height of the

Tower

Monitoring of Building Displacements Under Wind

Monitoring of Building Accelerations Under Wind

Confirm actual Dynamic Properties Of The Building

Confirm actual Damping Levels In The Building

Measure wind Speeds At Height For Correlation Of Wind

Events With Building Response



Tel: +20223892314, +20223892238 Mob: +201116000761, Fax: +20223892438


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Online web base Underground Water Monitoring for

Nuclear Power Plant (NPP) at Eldabaa site, Egypt

مشروع الدراسات الهيدرولوجية وأعادة تاهيل منظومة مراقبة المياه الجوفية بموقع هيئة المحطات النووية بالضبعة

Owner: Nuclear Power plant Authority

Consultant: Warly Parson WP

Project status: Open

Project Steps: Regional and Local Well and Groundwater Extraction Locations for

area with 16km radius from the center of the core.

Development and Construction of 18 Piezometer Monitoring

System. Each system is occupied with solar power system and

wireless data transmit system to be run separately independent on

human.

Measurement of Hydraulic Conductivities in 18 Piezometer Wells.

Lithoseries Bulk Density, Particle Density, Porosity and Soils

Moisture Content for 18 piezometers wells.

Groundwater Pumping Test to Determine Aquifer Characteristics

Site Groundwater Level Monitoring Analysis for one year.

Water Chemistry Analysis two per well for 18 wells each six month.

Piezometer Network Expansion for extra 18 wells.

Soil Chemistry Analysis for 40 samples.

Retention Characteristics for Soils and Rock

18 Point Dilution Tests

3 Dispersion Tracer Tests

In this project we Drilling 55 Monitoring Wells and one

Pumping Test wells and 18 core Sample Wells. All the work in

this project is done according to the standard ASTM



Tel: +20223892314, +20223892238 Mob: +201116000761, Fax: +20223892438


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CUSTOMER NAME: National Astronomical, Geophysical

and Environmental Sciences

Real Time Monitoring To The Effect Of The

Earthquake On The Underground Water

Surround The Naser Lake In Aswan Government

مشروع دراسة ومراقبة تاثير الزالزل على المياة الجوفية حول بحيرة ناصر

OUR TASK:-

Supply turnkey system consists of 12 complete underground

water quality monitoring station and the main control and

monitoring center


mutli parameter sonde system

telemetry station

solar cell power station

main control room for operation and control

web based real time monitoring server to

monitoring the data online

حيرة ناصر ذو أهمية خاصة بالنسبة لمصر والمصرين ولما لها من أهمية ألنها مخزن المياة لمصر والمصرين حيث يتم تخزين بعد تالمياة ببحيرة ناصر أمام السد العالى ونظرا لن بحيرة ناصر بطول كبير جدا بعض منها يقع بالحدود المصرية والبعض االخر بالسودان

لق قريب من منطقة نشطة زلزاليا فكانت هناك حاجة لمراقبة تأثير حدوث الزالزل على المياة الجوفية ولذلك فقد وألن البحيرة قريبة من فا تم تعميد شركة المجموعة المتحدة للقيام بتركيب نظام كامل متكامل لمراقبة التغيرات التي توثر على المياة الجوفية في حال حدوث زالزل

متر مزودة بنظام التغذية الكهربية من خالل الطاقة 111كاملة لقياس أعماق المياة حتى عمق محطة 12بالمنطقة ويشمل تركيب الشمسية وترسل البيانات الى المركز الرئيسى من خالل شبكة المحمول او القمار الصناعية مع وجود مراقبة بمركز المراقبة الرئيسى

.على مدار الساعة



Tel: +20223892314, +20223892238 Mob: +201116000761, Fax: +20223892438


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CUSTOMER NAME: Egyptian Refining

Company (ERC) COMPLETE on line solar power Recovery Systems

(LNAPL)

OUR TASK:-

Supply 37 complete stand alone LNAPL

RECOVERY SYSTEMS


Skimming system

Solar controller

Storage tank

Equipments suppliers:-

1-Durham Geo Slope Indicator (USA)

our system was supplied and some installed

successfully.

PROJECT OVERVIEW

With the expansion and development of the Egyptian economy, the domestic demand

for refined petroleum products, especially diesel, has increased. In addition, as more

natural gas is utilized to meet Egypt’s expanding requirements for electricity, the

demand for fuel oil decreases. The technology in most of Egypt’s refineries produces

large amounts of fuel oil, but the growing demand is for lighter products such as diesel.

The increased demand for lighter petroleum products is one of the most important

challenges Egypt’s oil and gas industry faces.

To address Egypt’s increasing need, the Egyptian Refining Company (ERC) was

incorporated in July, 2007 as a Law 8 Company to upgrade the existing CORC

Refinery in Mostorod to provide Egypt with additional lighter petroleum products such

as diesel and LPG which will be delivered to the heart of the consumption market—

Cairo. ERC’s products will reduce Egypt’s dependency on petroleum imports.

Documents

UGMS Profile