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FLOODKON CONSULTANTS

OUR CLIENTS • Tata Consulting

Engineers

• VKS Infratech Management Pvt. Ltd.

• Reinforced Earth India Pvt. Ltd.

• Adani Power Ltd.

• Dilip Buildcon Ltd.

• SP Singla Construction Pvt. Ltd.

DRIVEN BY TECHNOLOGY

Sustainable Water Resources Design, Planning and Management

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Business Name FLOODKON CONSULTANTS LLP Business Structure Limited Liability Partnership (LLP)

LLPIN AAH-8990 Business Location Bahadarpur Saini, Patanjali Yog Peeth, Roorkee, Haridwar, Uttarakhand-

249405 Date Established 28th November, 2016

Mentor Dr. Nayan Sharma, Retired Professor, IIT Roorkee & Honorary Professor, Nottingham University, UK

Vision Statement To become the world leader at providing state-of-the-art technological services and solutions supporting sustainable water resources development and management.

Mission Statement

To provide customers with the best value in modelling services.

Goals/Objectives Market leader in customer satisfaction and timely completion of projects. Domain Names www.floodkon.com

Floodkon Consultants LLP, a start-up company by IIT Roorkee alumni, is an integrated

water resources design, planning and management company. We are trying to introduce

sustainable water resources development through techno-economic approaches.

Floodkon thrives on intensive as well as extensive Research & Development to excel in the

service sector of water. Innovation at Floodkon is backed by strong Hydrological,

Hydraulics, Climate Science and River Science expertise and the knowledge bank created

over the years.

State-of-the-art research lab with physical and mathematical modelling facility supported

by well qualified and experienced R&D team, and use of advanced numerical and

computational models and technologies is the core of development of new approaches,

methodologies and techniques resulting in high quality technological services. The

Company’s effectiveness lies in its unique offerings of state-of-the-art design and

solutions. We are engaged in continuous improvement of design and management

parameters to enhance the quality of services and cost competitiveness in order to build

value for our customers.

THE BUSINESS ABOUT US

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SERVICES OFFERED Multi-satellite Based Precipitation Estimation and Extraction

Satellite Data Analysis and Management

Hydrological Modelling for Discharge Estimation

Floodplain Inundation Mapping

Climate Change modelling

Hydraulic Modelling to estimate project design parameters

Bridge Scour study using Mathematical Model

Sediment Modelling to estimate catchment erosion

Geomorphological analysis of river

River Training Structure- Analysis and Design

Hydraulic design of water resources structure

Erosion Control structure design

Lake and storage area hydrodynamics

Reservoir Scheduling

Hydropower Planning and Management (including Small

Hydropower)

Power Potential studies

Irrigation canal capacity improvement

Canal Automation

Environmental Impact Assessment

Transboundary Rivers and Hydro-politics

River Health Monitoring

Decision Support Systems for water resources planning

Socio-economic study of water resources through soft

computing techniques

Physical Modelling of water resources infrastructure and

bridges

Detailed Project Report Preparation

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PROJECTS UNDERTAKEN BRAHMAPUTRA RIVER BANK PROTECTION FOR GUWAHATI RIVERFRONT

DEVELOPMENT UNDER GUWAHATI SMART CITY

Flood is a prime factor determining the design of any bank protection structure in rivers. The Brahmaputra

River bank protection study included the aspects of flood discharges and levels, its damage potential, critical

and semi-critical zones etc. including the dimension of climate change. The formation levels as well as scour

depths for the design of riverfront were recommended considering the flood risks in the critical stretch from

Raj Bhawan to Kamakhya Temple in Guwahati city. Bank protection measures were recommended

considering the hydro-dynamic force of the river flows to avoid any possible disaster on the river front.

SATELLITE IMAGERY BASED ONE-DIMENSIONAL MORPHOLOGICAL

CHANGES IN RIVER SONE

The risk of Sone River changing its course were studied by analyzing satellite images of 30 years. The stability

of the bank is essential for design of bridges, its location and alignment. Once the risks were known the

vulnerability of river bypassing the bridge was studied and finally the location was arrived at as well as bank

protection measures including river training works were recommended.

RIVER BRAHMAPUTRA IN GUWAHATI

2-D MATHEMATICAL MODEL OF

BRAHMAPUTRA RIVER FROM RAJ BHAWAN

TO KAMAKHYA TEMPLE IN GUWAHATI

SONE RIVER CATCHMENT BANK LINE OF RIVER SONE NEAR

PROPOSED BRIDGE

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PROJECTS UNDERTAKEN ESTIMATION OF SCOUR LEVEL FOR BRIDGE OVER RIVER TEESTA

CONNECTING HALDIBARI AND MEKHLIGANJ USING MATHEMATICAL

MODEL Scour around piers and abutments is one of the major causes of bridge failures. The deepest scour level was

estimated against the design discharge of Teesta River. Distribution of deepest scour level is variable as per

Integrated HEC-GIS-CSU Model but changing morphological patterns suggest to consider the uniform deepest

scour level instead of differential scour levels.

CFD MODEL STUDY FOR FEASIBILITY OF RIVER BANK PROTECTION

TECHNIQUE OF TECH REVETMENT

Computational Fluid Dynamics (CFD) has been used as a tool to model the hydraulic failures of

TechRevetment system by investigating the lift and shearing forces, and calculating the corresponding factor

of safety. The Shear forces, uplift forces, pressure forces etc. are obtained from the CFD models. To develop

a realistic CFD model, the model used to test the ACB system in laboratory scale of flume was developed. The

flume was at 2H: 1V slope. The ACB system was placed in the flume. Different overtopping depths and flow

velocities was used to mimic the river condition.

POND LEVELS U/S OF BRIDGE ON TEESTA RIVER

AT HALDIBARI – MEKHLIGANJ STRETCH

SCOUR DEPTHS IN BRIDGE ON TEESTA RIVER

AT HALDIBARI – MEKHLIGANJ STRETCH

HIGH STRESS ZONES IN FABRIC FORMED

GROUT FILLED MATTRESS

FORCES ACTING ON THE FABRIC FORMED

GROUT FILLED MATTRESS

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PROJECTS UNDERTAKEN DESIGN AND DRAWINGS OF ENVIRONMENT FRIENDLY FOUNDATION &

SCOUR PROTECTION WORKS AT ABUTMENTS AND PIER OF MAJOR

BRIDGE AT KM. 50+000 OVER SATLUJ RIVER FOR SHAHKOT - MOGA

SECTION OF NH-71 (NEW NH-521) IN THE STATE OF PUNJAB

The under-construction bridge at Shahkot Moga segment on Sutlej River was under stress with risk of the

bridge being washed out due to changes in the design parameters considered earlier during design. The scour

depth was well below the foundation level. The risks were analyzed and river bed protection measures were

suggested to mitigate the possibility of the bridge being washed out in high floods.

STUDY, PREPARATION AND SUBMISSION OF DISASTER MITIGATION PLAN

FOR 2 X 800 MW ULTRA SUPERCRITICAL COAL BASED THERMAL POWER

PROJECT. VILLAGE MOTIA, DIST. GODDA, STATE: JHARKHAND The Disaster Management Study on 2 x 800 MW Ultra Supercritical Coal Based Godda Thermal Power Project,

involves comprehensive studies with respect to variety of natural disasters like flood, earthquake, landslide,

cyclone, soil subsidence and liquefaction. It also includes study of impacts of failure of water storage

reservoirs on nearby plant structures. The study abides by the Sendai Framework to mitigate the disaster

risks as well as in the preparation of disaster management plan for the power plant.

BRIDGE SITE ON SUTLEJ RIVER AT SHAHKOT

MOGA SEGMENT

PROFILE OF ARTICULATING CONCRETE BLOCK

SYSTEM

RAINFALL PATTERN OVER THE CHIR NADI

BASIN AT 100 YEAR RETURN PERIOD

FLOOD INUNDATION DEPTH ALONG THE

OVERLAND FLOW PATH AND LOW LAYING

AREA IN THE PROJECT SITE AT 100-YEAR

RETURN PERIOD

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PROJECTS UNDERTAKEN MODEL STUDY FOR WATER INTAKE STRUCTURE ON GANGA RIVER AT

SAHIBGANJ FOR 2X800 MW GODDA THERMAL POWER PROJECT. VILLAGE:

MOTIA, DISTRICT: GODDA, JHARKHAND, INDIA The assignment involved detailed hydraulic design of a River water intake structure to withdraw 36 Million

Cubic Meter (MCM) water during June – December months from Ganga River from a suitable location in

Jharkhand. The Impact of intake structure and water drawl on the silting process of channel was studied

including river bank stability at identified intake location. The optimal location and type of intake structure

was arrived at using physical scale modelling and mathematical modelling.

SATELLITE BASED SITE IDENTIFICATION OF

INTAKE LOCATION

PHYSICAL MODEL OF INTAKE SYSTEM WITH

PUMPING ARRANGEMENT

2-D MATHEMATICAL MODEL OF GANGA

RIVER IN SAHABGANJ

PHYSICAL MODEL OF GANGA RIVER AT

SAHEBGANJ

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EXPERTS DR. NAYAN SHARMA (PHD), CHIEF ADVISOR

Prof. Dr. Nayan Sharma has to his credit 10

years of professional field experience in

Assam Govt. Flood Control Dept. and 32 years

of academic, research and consulting

experience in IIT Roorkee in Water Resources

Engineering with a focus on River Engineering,

Flood Management, Hydraulic Structures,

Irrigation.

Prof. Sharma has undertaken over 100 prime

consultancy projects and conducted 10 major

national and international research schemes

in various disciplines of water resources

engineering.

In IIT-Roorkee, Prof. Sharma has been supervisor of 177 Master’s dissertations and 21 Ph.D.

theses. He has 199 research publications in national & international journals and conference

proceedings. Prof. Sharma has been appointed member of more than 61 national and

international level tech. committees in different branches of water resources. Prof. Sharma

edited four books on Brahmaputra Basin Water Resources, River System Analysis and

Management, Irrigation etc. which are published by Springer / Kluwer.

In collaboration with HYDROCOOP in Paris (France), Prof. Sharma researched on developing a new

Piano Key Weir technology to enhance dam safety & providing in-stream storage capacity in river

system as adaptation measure to offset climate change impacts. In India, the new technology

Piano Key Weir was designed and model-tested by team of Dr. Nayan Sharma which was

implemented by Himachal Pradesh Power Cooperation Ltd. (HPPCL) in its 120 MW Sawra Kuddu

Hydro Electric Project.

With research grant of MoWR, Govt. of India, Prof. Sharma innovated and successfully

implemented RCC Jack Jetty system in Ganga river during 2009-2010 for channelization and

erosion control. Prof. Nayan Sharma received Indo-Swiss Bilateral Research Award as Visiting

Professor in Swiss Federal Institute of Technology Lausanne in Switzerland during 2008. Prof.

Sharma is recently appointed Honorary Professor for River Science by The University of

Nottingham in The United Kingdom in their School of Geography.

In recent years, Prof. Sharma delivered several invited lectures on different aspects of flood and

river management, notably in The Imperial College London, University of Southampton in the UK,

University of Edinburgh in Scotland, Swiss Federal Institute of Technology Lausanne in

Switzerland, University of Iowa in the USA, and the Instituto Superior Técnico Lisbon in Portugal.

Prof. Sharma had delivered the prestigious Dr. K. L. Rao Memorial Lecture on “Climate Change

and Some Adaptive Technology for Water Resources Sector” in 26th National Convention of Civil

Engineers, of Institution of Engineers (India).

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EXPERTS Dr. Dheeraj Kumar is the founding member and

Managing Director of Floodkon Consultants LLP. He is deeply

involved in research and development in the area of water

resources Management. He has completed his B.Tech. in

Agricultural Engineering from Allahabad Agricultural Institute

Deemed University, Allahabad (UP) in 2006 and M. Tech from

the Department of Soil and Water Engineering, Indira Gandhi

Agricultural University in 2008. He received his PhD in Water

Resource Engineering from Indian Institute of Technology

Roorkee in 2016. He has to his credit 18 research papers/ book

chapters in national and international journals, conferences

and Publishers. He has completed more than 30 consultancy

projects. His expertise is in water resources planning &

management, Watershed Management, river morphology,

hydrology, soil and water conservation, command area

development, Catchment Area Treatment, etc.

Dr. Harinarayan Tiwari is the founding member and

Director, Technical and Planning in Floodkon Consultants LLP. He

is deeply involved in research and development in the area of

water resources Management. He has completed his B.Sc.

Engineering in Civil Engineering from BIT, Sindri (Jharkhand) in

2009. He has completed his M. Tech from the Department of

Water Resource Development, Indian Institute of Technology,

Roorkee in 2012. He received his PhD in Water Resource

Development from Indian Institute of Technology Roorkee in

2016. He has done 50 research publications in national &

international journals, book chapters and conference

proceedings. He has completed more than 25 consultancy

projects. His areas of expertise are in the fields of water

resources planning & management, River Hydraulics and

Management, Surface and Sub-surface Hydrology, Hydropower

detailed design, Technological implementation in area of

Agriculture, Use of HEC-RAS in river modelling, ARC-GIS and

ERDAS uses in climatic modelling, Computational Hydraulics etc.

He has been awarded Dr. Jai Krishna Medal for obtaining highest

CGPA in all M.Tech. Courses in IIT Roorkee, Laxmi Devi and Shri

Banadri Das Prize for the best and student with excellence in

academic amongst all the student in M.Tech. Engg. /M.Arch.

Courses in IIT Roorkee and Dr. A.N. Khosla Medal for obtaining

highest CGPA in M.Tech. WRD courses in various specializations

in WRD (IIT Roorkee).

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EXPERTS Dr. Subash Prasad Rai is deeply involved in research

and capacity building initiatives revolving around water

resources development and management. He completed his

B. Tech. in Civil Engineering from Birsa Institute of Technology

Sindri, Dhanbad (Jharkhand) in 2012 and M. Tech form the

Department of Water Resources Development &

Management, Indian Institute of Technology Roorkee in 2014.

He received his PhD from Indian Institute of Technology

Roorkee in 2017. He has served as the Vice-Secretary of

Prayaas India, an NGO from 2010-2012. He has served

Floodkon since its formation in 2016 in the capacity of

Director, Technical and Planning Division. He also has rich

experience of working with The World Bank. He has to his

credit 22 papers in national and international journals and

conferences. His areas of interests are in the fields of water

resources management, river engineering, hydrology, national

and international water policy, and Trans boundary water

management.

Ms. Shabana Khan Possess more than 12 years of

extensive experience in Civil & Geotechnical Engineering. She

has completed her MBA in Finance from Indian School of

Business and M-Tech in Geotechnical Engineering from IIT

Bombay and graduated in Civil Engineering from Mumbai

University.

Her expertise lies in managing the Technical and Commercial

side of business. She holds an experience in managing the

business for land slide mitigation and River training works from

technical, commercial and execution side; Her area of interest in

providing solutions for Slope Stabilization, Landslide Mitigation,

Ground Improvement and River Training with advanced

technical products and systems.

Skilled in working with Geo-structures such as Foundation

Design, Retaining Wall Design, Slope Stabilization, Ground

Improvement, Soil Analysis, Diaphragm Wall Design, and so on.

Recommended and attended technical committee meetings for

formulation and modification of Indian Codes. Coordinated for

revision of IRC-34–2011 and associated with team for

formulating the guidelines for Rockfall Protection System.

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FLOODKON CONSULTANTS LLP

63-Bahadarpur Saini, Patanjali Yog Peeth

Haridwar, Uttarakhand-249405

contactus@floodkon.com

+918979562866

+919634185926