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Pipeline laying
Microtunnelling shaft
Horizontal directional drilling
Microtunnelling machine & crew
Since 1985 · 15 states across India

Engineering India's Underground Infrastructure Since 1985.

Trenchless, sewerage, water, power and city-gas networks across 15 states of India.

Our Verticals Enquire Now
01 / 04
Pipeline laying
Registered contractor Class "I-AA" PWD, Goa Class-I Delhi Jal Board Class "A" Uttarakhand Peyjal Nigam All six registrations
40+
Years
Since 1985
₹1000Cr+
Projects executed
All sectors
₹180Cr+
Annual turnover
 
150+km
Gravity sewer laid
 
3,000+
Manholes constructed
Up to 10 m deep
15States
Across India
Delhi head office
Site photo
40+years of underground
infrastructure · since 1985
Who we are

Forty years underground.

Founded in 1985, Creative Entrepreneurs LLP is run by technocrats and registered with major government departments across India.

40+ years · founded 1985
Technocrat-run
Registered with state government departments
Six government class registrations
About Creative Entrepreneurs LLP
Trenchless technologies

Pipelines without open trenches.

Four techniques for urban and sensitive areas, with minimal disruption to traffic, business and the environment.

HDD rig drilling on site
01

Horizontal Directional Drilling

Steerable crossings under roads, rivers and railways.

Learn more
Microtunnelling machines
02

Microtunnelling

Large-diameter pipes needing precise alignment and grade.

Learn more
Crew at a sewer rehabilitation pit
03

Sewer Rehabilitation

Pipe bursting, CIPP, MWSL and GRP lining for existing sewers.

Learn more
Crew running a sewer CCTV inspection at night beside a manhole
04

Condition Assessment

Inspecting and grading existing sewers before rehabilitation.

Learn more
Verticals

Four underground networks.

01

Sewer Pipeline Network

Sewer-grade laying using trenchless and trenching technology in all terrain types.

Learn more
02

Water Pipeline Network

24×7 water supply pipeline projects with leak detection and IoT monitoring.

Learn more
03

Power

LT/HT power cable laying and substation erection.

Learn more
04

Oil & Gas / City Gas Distribution

End-to-end connectivity with meter installation and house connections.

Learn more
Departments we work with
Government registrations

Registered contractor.

Six class registrations across three state authorities.

Class "I-AA"

PWD, Goa

Water Supply and Waste Water Disposal

Class "I-A"

PWD, Goa

Electrical

Class "I-B"

PWD, Goa

Roads, Bridges and Land Development

Class-I

Delhi Jal Board

Water and Sewerage

Class "A"

Uttarakhand Peyjal Nigam

Water Supply Works, Pipe Laying Category

Class "A"

Uttarakhand Peyjal Nigam

Sewerage Works, Sewer Laying, Storm Water Drainage

Company brochure

Our capabilities, projects and clients in one PDF.

Click here to see brochure
Presence

India and Saudi Arabia.

Creative Entrepreneurs Global Contracting Company, Riyadh — since 2024.

Riyadh, Saudi Arabia Since 2024 Delhi · Head office Haryana Uttarakhand Uttar Pradesh Rajasthan Madhya Pradesh West Bengal Maharashtra Goa
Get in touch

Planning an underground network? Talk to us.

Share your project requirement and our team will get back to you.

Enquire Now +91 98182 29399

About Creative Entrepreneurs LLP

Company

Underground infrastructure since 1985.

Founded in 1985, M/s Creative Entrepreneurs LLP is an underground infrastructure company with over 40 years of experience, run and managed by technocrats from reputed engineering institutes. Registered with major government departments across India, we have executed ₹1000 Cr+ of projects across 15 states, and since 2024 operate in Saudi Arabia through Creative Entrepreneurs Global Contracting Company.

40+

Years · founded 1985

₹1000 Cr+

Projects executed

150+ km

Gravity sewer laid

3,000+

Manholes constructed

Technocrat-led · Registered across state departments

Pipe sizes 160 mm to 1800 mm · manhole depth up to 10 m

Leadership

Run by engineers.

Gagan Aggarwal

Gagan Aggarwal

Managing Director

Electrical Engineer, Delhi College of Engineering.

Role and responsibilities
  • Heads the company and leads its day-to-day operations
  • Plans and oversees delivery of projects across the sewer, water, power and gas networks
  • Sets company strategy and direction for growth
Shipra Aggarwal

Shipra Aggarwal

Designated Partner

Electrical Engineer, IIT Roorkee.

Role and responsibilities
  • Leads business development and identifies new projects and clients
  • Builds and maintains relationships with clients and government departments
  • Shares in the management of the LLP as Designated Partner
Visit us

Registered office.

AddressA-3/332, Sector-8, Rohini,
Delhi-110085, India
Get directions
Creative Entrepreneurs LLP
Underground infrastructure since 1985
+91 98182 29399 A-3/332, Sector-8, Rohini, Delhi-110085 www.creativeent.in creative@creativeent.in
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Get in touch

Planning an underground network? Talk to us.

Share your project requirement and our team will get back to you.

Enquire Now +91 98182 29399

Trenchless Technologies

What is trenchless

No-dig pipeline installation.

Pipelines are installed or rehabilitated below ground, working from small pits instead of an open trench. Suited to urban and sensitive areas, it works in clay, sandy and rocky terrain.

  • Minimal surface disruption

    Roads, footpaths and shopfronts stay open while work goes on below.

  • Faster in built-up areas

    No long trench to dig, shore and backfill along the route.

  • Lower restoration cost

    Only small pits to reinstate instead of a full trench.

  • Lower ecological impact

    Less excavated soil, fewer truck trips and less dust.

Site photo
Our techniques

Four methods.

HDD rig drilling on site
01

Horizontal Directional Drilling

Longer crossings under roads, rivers and railways.

Learn more
Microtunnelling machines
02

Microtunnelling

Large-diameter pipes needing precise alignment and grade.

Learn more
Pipe in an access pit
03

Sewer Rehabilitation

Pipe bursting, CIPP, MWSL and GRP lining for existing sewers.

Learn more
Existing sewer access point
04

Condition Assessment

Inspecting and grading existing sewers before rehabilitation.

Learn more
Where we apply it

Across all four networks.

01

Sewer Pipeline Network

Sewer-grade laying using trenchless and trenching technology in all terrain types.

Learn more
02

Water Pipeline Network

24×7 water supply pipeline projects with leak detection and IoT monitoring.

Learn more
03

Power

LT/HT power cable laying and substation erection.

Learn more
04

Oil & Gas / City Gas Distribution

End-to-end connectivity with meter installation and house connections.

Learn more
Get in touch

Planning an underground network? Talk to us.

Share your project requirement and our team will get back to you.

Enquire Now +91 98182 29399

Horizontal Directional Drilling

What it is

A steered bore beneath the obstacle.

A surface-launched rig drills a pilot bore along a planned path under the obstacle. The bore is then enlarged and the product pipe pulled back through it.

Access
Entry and exit points at the surface
Guidance
Steered and tracked from above
Pipe
Continuous pipe string pulled back
When we use it

Long, steered installations where an open trench is not practical.

  • Gravity sewer lines laid by HDD
  • Road, highway and railway crossings
  • River, canal and drain crossings
  • Water mains, rising mains and cable ducts
150+km
Gravity sewer laid by HDD
Sewer by HDD

Gravity sewers without open trenches.

HDD is one of our main methods for laying gravity sewer lines through built-up streets and across crossings.

Sewer Pipeline Network
How we work

Five stages.

Survey and investigation

Route surveyed and ground investigated before drilling.

Pilot bore

Steered along the planned path.

Reaming

Bore enlarged to the required diameter.

Pipe pull-back

Product pipe drawn through the bore.

Testing

Installed line tested before handover.

Photos

On site.

HDD rig set up on a city street
HDPE pipe string handled by a crane beside the road
HDPE butt-fusion machine on site
HDPE pipe being prepared for fusion jointing
Engineers at an HDD work site
Shored pit with reinforcement cage
HDD rig working beside a road, with Creative Entrepreneurs LLP site signage
Back-reamer and HDPE pipe string ready for pull-back
Get in touch

Planning an underground network? Talk to us.

Share your project requirement and our team will get back to you.

Enquire Now +91 98182 29399

Microtunnelling

What it is

Guided pipe jacking, shaft to shaft.

A remotely operated tunnelling machine is jacked from a launch shaft to a reception shaft, installing pipe segments behind it as it advances. Laser guidance holds line and grade.

Access
Launch and reception shafts
Guidance
Laser-guided, operated remotely
Pipe
Jacking pipes pushed in behind the machine
When we use it

Deep, large-diameter drives that must hold exact line and grade.

  • Large-diameter gravity sewers laid to a precise grade
  • Deep drives, including below the water table
  • Crossings under busy roads, railways and structures
  • Mixed ground: clay, sand and rock
How we work

Five stages.

Survey and investigation

Route surveyed and ground investigated before shafts are sunk.

Shafts

Launch and reception shafts constructed.

Machine set-up

Tunnelling machine and jacking frame installed.

Jacking

Pipe segments jacked behind the machine.

Retrieval and testing

Machine recovered at the reception shaft and the line tested.

Photos

On site.

Microtunnelling machine being lowered into the launch shaft by crane
Jacking frame and cutter head in the microtunnelling shaft
Microtunnelling machine and jacking frame in the shaft
Microtunnelling machine suspended by crane above the shaft
Microtunnelling machine at the base of the shaft
Crew working on the microtunnelling machine and jacking cylinders
Get in touch

Planning an underground network? Talk to us.

Share your project requirement and our team will get back to you.

Enquire Now +91 98182 29399

Pipe Bursting

What it is

New pipe in the old alignment.

A bursting head is pulled through the existing pipe, fracturing it outward, while a new pipe of the same or larger diameter is drawn in behind it.

Access
Insertion and pulling pits
Guidance
Follows the existing pipe
Pipe
New pipe, same or larger size
When we use it

Replacing an old pipe in the same alignment while installing new.

  • Old, cracked or leaking sewer and water lines
  • Upsizing a line within the same corridor
  • Streets with no room for a new alignment
  • Avoiding clashes with other buried services
How we work

Four stages.

Access pits

Insertion and pulling pits opened on the line.

Bursting head

Head and winch line set through the old pipe.

Burst and pull

Old pipe fractured, new pipe drawn in behind.

Reconnect and test

Connections restored and line tested.

How it works

The old line becomes the route for the new.

Road stays in use Pull direction Bursting head Old pipe split and pushed aside New HDPE pipe Existing old pipe Insertion pit Pulling pit & winch Same or larger size Cracked, leaking or undersized
Illustration. The bursting head splits the old pipe and pushes the fragments into the surrounding soil, while the new pipe follows along the same line.
Photos

On site.

Crew working at the pipe bursting pit
Bursting rig set up inside a shored pit
Crew member at the insertion pit
Pipe bursting equipment in the pit
Worker at the launch pit
Bursting unit set in a deep pit
Bursting unit in a narrow excavation
Pipe bursting set-up at the bottom of a pit
Crew inside an excavated pit
Get in touch

Planning an underground network? Talk to us.

Share your project requirement and our team will get back to you.

Enquire Now +91 98182 29399

CIPP

What it is

A new pipe formed inside the old one.

Cured-in-place pipe (CIPP) lining rehabilitates an existing pipe. A resin-saturated liner is inserted through an existing manhole and cured against the pipe wall, forming a jointless pipe within the old one.

Access
Existing manholes and small pits
Guidance
Follows the existing pipe
Pipe
Jointless liner cured in place
When we use it

Rehabilitating an existing pipe without digging it up.

  • Cracked, corroded or leaking sewer lines
  • Streets where excavation is not practical
  • Restoring structural strength and sealing joints
  • Lines under roads, buildings and other services
How we work

Four stages.

Cleaning and survey

Line cleaned and inspected by CCTV.

Liner insertion

Resin-saturated liner drawn into the pipe.

Curing

Liner cured against the pipe wall.

Reinstatement and test

Service connections reopened and line tested.

Curing methods

Hot water or UV.

The liner can be cured with heated water or with ultraviolet light. We choose the method after the survey, based on pipe diameter, length, condition and site constraints.

Method 01

Hot water CIPP

A felt liner saturated with resin is drawn or inverted into the pipe, then cured by circulating heated water through it.

Liner
Resin-saturated felt
Curing
Heated water circulated through the liner
Monitoring
Temperature tracked along the pipe during cure
Where it suits
  • Longer runs and larger diameters
  • Lines needing a thicker liner wall
  • Sites where a water supply and heating set-up can be arranged
To noteThe cure cycle is longer, and water and heating equipment are needed on site.
Method 02

UV CIPP

A glass-fibre liner with UV-curing resin is pulled in and inflated, then cured by a UV light train drawn through it.

Liner
Glass-fibre liner with UV-curing resin
Curing
UV light train drawn through at a set speed
Monitoring
Cure data logged as the light train moves
Where it suits
  • Small to medium diameter sewers
  • Jobs that need a quick, tightly controlled cure
  • Short shutdown windows where time on site matters
To noteThe pipe must be clean and dry, and the liner is kept shielded from light until it is installed.
At a glance

Hot water and UV compared.

PointHot water CIPPUV CIPP
LinerResin-saturated feltGlass-fibre liner with UV-curing resin
CuringCirculating heated waterUV light train drawn through the liner
Curing timeSeveral hoursShorter, set by the speed of the light train
Pipe sizeWide range, including larger diametersSmall to medium diameters
Site needsWater supply and heating equipmentClean, dry pipe and a light train unit
How it works

A new pipe cured inside the old one.

Road stays in use Liner advances Inversion unit Resin-saturated liner Existing pipe Existing manholeExisting manhole Pressed against the old pipe wallCracked, leaking or corroded Cured with hot water, steam or UV light into a jointless new pipe
Illustration. The resin-saturated liner is fed through an existing manhole, pressed against the old pipe wall and cured in place to form a jointless new pipe.
Photos

On site.

CIPP liner laid out on rollers beside the manhole at night
CIPP liner and resin set-up on site
CIPP liner being fed along rollers at the work site
Crane lifting the CIPP liner into position at a night-time site
CIPP liner installation set-up at night, with crew and resin drums
CIPP liner laid out along the line during a night installation
Crew operating the liner installation equipment at night
Get in touch

Planning an underground network? Talk to us.

Share your project requirement and our team will get back to you.

Enquire Now +91 98182 29399

Sewer Rehabilitation

What it is

Renewing a sewer in place.

Ageing sewers are replaced or restored from inside the existing line, working from manholes and small pits instead of an open trench. The road above stays open, and the line returns to service with restored strength and water-tightness.

Access
Existing manholes and small pits
Approach
Replace the pipe or line it from inside
Result
A structurally sound, water-tight sewer
When we use it

Old, cracked, corroded or leaking sewer lines.

  • Streets with no room for open excavation
  • Lines under roads, buildings and other services
  • Restoring flow, strength and water-tightness
  • Lines that need upsizing in the same corridor
Why rehabilitate

Fix the sewer, not the street.

Rehabilitation reuses the existing alignment, so most of the work happens below ground and out of sight.

  • Roads stay open

    Work runs from manholes and small pits, not a full-length trench.

  • Faster completion

    No long excavation, shoring and backfill along the route.

  • Stops leaks and infiltration

    A continuous lining or new pipe seals cracks and open joints.

  • Longer service life

    Corrosion-resistant materials restore the line for decades of use.

Site photo
Our techniques

Four rehabilitation methods.

Each method suits a different pipe condition, diameter and site. We choose after assessing the line.

01

Pipe Bursting

Old pipe split apart while a new pipe of the same or larger size is pulled in.

Learn more
02

CIPP

A resin-saturated liner cured inside the old pipe to form a jointless new pipe.

Learn more
03

MWSL

Machine wound spiral lining: a profiled strip wound into a continuous liner.

Learn more
04

GRP Lining

A glass-reinforced plastic liner that restores strength and resists corrosion.

Learn more
Choosing a method

Methods compared.

MethodWhat it doesPipe size afterBest suited toAccess
Pipe BurstingReplaces the old pipe with a new oneSame or largerBadly damaged lines and upsizingInsertion and pulling pits
CIPPForms a jointless liner inside the old pipeSlightly smallerCracked, leaking or corroded lines, including bendsExisting manholes
MWSLWinds a continuous spiral liner inside the old pipeSlightly smallerLarge and non-circular sewers and storm drainsExisting manholes
GRP LiningInstalls a glass-reinforced liner inside the old pipeSlightly smallerCorrosion-prone and large-diameter linesManholes and small pits
How we work

Four stages.

Condition assessment

Line inspected and graded to choose the method.

Cleaning and bypass

Line cleaned and flows diverted where needed.

Rehabilitation

Pipe replaced or lined from inside.

Reinstatement and test

Connections reopened and line tested.

Get in touch

Planning an underground network? Talk to us.

Share your project requirement and our team will get back to you.

Enquire Now +91 98182 29399

Machine Wound Spiral Lining (MWSL)

What it is

A new pipe wound inside the old one.

A winding machine set up in the existing manhole feeds a profiled plastic strip into the host pipe, winding it spirally and locking its edges together to form a continuous, structurally sound liner. The gap between liner and old pipe is then grouted where the design requires.

Access
Existing manholes
Guidance
Follows the existing pipe
Pipe
Continuous spiral-wound liner
When we use it

Large and non-circular sewers and storm drains.

  • Deteriorated sewer lines and storm water drains
  • Large-diameter and non-circular sections
  • Lines where flow cannot be fully stopped
  • Streets where excavation is not practical
How we work

Five stages.

Cleaning and survey

Line cleaned and inspected before lining.

Machine set-up

Winding machine placed in the manhole.

Spiral winding

Profiled strip wound and locked into a liner.

Annulus grouting

Gap between liner and old pipe filled.

Reinstatement and test

Connections reopened and line tested.

How it works

A new pipe wound inside the old one.

Road stays in use Liner advances as it is wound Profile strip drum Winding machine in manhole Spiral-wound liner Existing pipe Strip edges lock into a continuous pipeGap grouted where the design requires Flow can continue in the line
Illustration. A winding machine in the existing manhole winds a profiled strip into a continuous spiral liner that advances along the old pipe.
Photos

On site.

Spiral winding machine working inside the host pipe
Operator setting up the winding machine in a manhole
Get in touch

Planning an underground network? Talk to us.

Share your project requirement and our team will get back to you.

Enquire Now +91 98182 29399

GRP Lining

What it is

A glass-reinforced liner inside the old pipe.

GRP lining rehabilitates an existing pipe or structure with a glass-reinforced plastic liner, restoring strength and resisting corrosion without excavating the line.

Access
Existing manholes and small pits
Guidance
Follows the existing pipe
Pipe
GRP liner inside the host pipe
When we use it

Rehabilitating a corroded or weakened line without digging it up.

  • Corroded or deteriorated sewer lines
  • Streets where excavation is not practical
  • Restoring strength and corrosion resistance
  • Lines under roads, buildings and other services
How we work

Four stages.

Cleaning and survey

Line cleaned and inspected before lining.

Liner installation

GRP liner placed inside the existing pipe.

Annulus grouting

Gap between liner and host pipe filled.

Reinstatement and test

Connections restored and line tested.

How it works

A glass-reinforced liner inside the old pipe.

Road stays in use Segments pushed along the line Access pit GRP liner segments Annulus grouted Existing pipe Glass-reinforced, corrosion resistantGap filled to lock the linerCorroded or weakened
Illustration. Glass-reinforced plastic liner segments are inserted from an access pit and pushed along the old pipe; the gap between liner and pipe is then grouted.
Photos

On site.

Crew laminating a GRP pipe joint with glass-fibre wrap in a trench
GRP pipe sections joined with a coupling inside an excavated trench
GRP pipe with cutter head at the face of a jacking drive
Get in touch

Planning an underground network? Talk to us.

Share your project requirement and our team will get back to you.

Enquire Now +91 98182 29399

Condition Assessment

What it is

Know the pipe before choosing the fix.

Condition assessment inspects an existing sewer to record its structural and operational condition, so the right rehabilitation method can be chosen before any work starts.

Access
Existing manholes
Method
CCTV and sonar inspection
Output
Defect report and recommendation
When we use it

Deciding how, and whether, to rehabilitate an existing line.

  • Ageing sewers with unknown condition
  • Planning rehabilitation or design
  • Lines with blockages, leaks or infiltration
  • Checking a line after rehabilitation or repair
How we work

Four stages.

Cleaning and access

Line cleaned and manholes prepared.

Inspection

Line inspected by CCTV, with sonar where submerged.

Defect grading

Cracks, deformation, corrosion and joint defects recorded.

Report

Condition findings and rehabilitation recommendation.

How it works

A camera survey of the existing sewer.

RECDefect loggedCoded and graded Camera travels along the line CCTV control unit Existing manhole Crack Root intrusion Deposits Displaced joint Each defect is recorded on video, located by distance and graded for repair
Illustration. A crawler camera travels through the existing sewer from a manhole, and every defect it passes is recorded, located and graded for the rehabilitation decision.
Inspection footage

What a survey records.

Inspection footage 1A CCTV survey with sonar profile: deposits and the restriction are logged against distance.
Inspection footage 2The on-site control unit: live camera view, with the findings written into the report as the survey runs.
Inspection footage 3A crawler camera moving through the pipe, with distance travelled and tilt logged on screen as the survey runs.
Photos

On site.

Engineer operating a sewer CCTV inspection control unit at the roadside
Inspection crawler camera inside a large sewer pipe
Get in touch

Planning an underground network? Talk to us.

Share your project requirement and our team will get back to you.

Enquire Now +91 98182 29399

Verticals

What we build

Four networks, one contractor.

Creative Entrepreneurs LLP builds the underground networks that cities depend on: sewer, water, power and gas. We combine trenchless technologies such as HDD, microtunnelling, pipe bursting and CIPP with conventional open-trench laying, so each project uses the method that suits the ground, the site and the client's schedule. Choose a vertical below to see our scope.

01

Sewer Pipeline Network

Sewer-grade laying using trenchless and trenching technology in all terrain types.

Learn more
02

Water Pipeline Network

24×7 water supply pipeline projects with leak detection and IoT monitoring.

Learn more
03

Power

LT/HT power cable laying and substation erection.

Learn more
04

Oil & Gas / City Gas Distribution

End-to-end connectivity with meter installation and house connections.

Learn more
Get in touch

Planning an underground network? Talk to us.

Share your project requirement and our team will get back to you.

Enquire Now +91 98182 29399

Sewer Pipeline Network

150+km
Gravity sewer laid by HDD
3,000+
Manholes constructed
160to1800mm
Pipe sizes
Up to10m
Manhole depth
150+km
Gravity sewer laid by HDD
Sewer by HDD

Gravity sewers laid by HDD.

Gravity sewer lines installed by horizontal directional drilling through built-up streets and across crossings, without open trenches.

Horizontal Directional Drilling
Why sewerage projects are complex

Five fronts.

Subsurface conditions

Clay, sand, rock and high groundwater change how a line can be laid. The ground is investigated by ERT, SRT and GPR survey before the method and route are fixed.

Design & engineering

Pipe sizes, gradients and flow direction are designed as per CPHEEO standards, so the network flows by gravity and every manhole sits at the right depth.

Environmental considerations

Excavation, dewatering and spoil are kept to a minimum, with trenchless methods used where open cutting would disturb roads, trees or water bodies.

Urban constraints

Narrow streets, traffic and existing water, power and gas lines leave little working room. Trenchless crossings keep roads open and services intact.

Technical & executional challenges

Holding line and grade over long drives, building manholes up to 10 m deep and completing house connections, all tested before handover.

Photos

On site.

Site photo
Site photo
Site photo
Get in touch

Planning an underground network? Talk to us.

Share your project requirement and our team will get back to you.

Enquire Now +91 98182 29399

Water Pipeline Network

200+km
DI / HDPE / GI / PVC / MS / MDPE pipelines laid
100to1800mm
Pipe sizes
10,000+
House service connections
24×7
Water supply projects with IoT monitoring
Why water supply projects are complex

Five fronts.

Leakage & water loss

Leaks waste treated water and lower supply pressure. Lines are laid and jointed for tightness, with leak detection and network monitoring using IoT.

Pressure & flow management

24×7 supply depends on steady pressure across the network, controlled with flow meters, flow control valves, PLC and SCADA systems.

Live network tie-ins

New mains often connect to lines already in service, so tie-ins are planned to keep shutdowns short and supply to consumers uninterrupted.

Urban constraints

Water mains run under busy roads beside other utilities. Trenchless methods cross roads, railways and drains without open cutting.

Testing & commissioning

Every section is pressure tested and flushed before commissioning, with house service connections and meters installed for handover.

Photos

On site.

Site photo
Site photo
Site photo
Get in touch

Planning an underground network? Talk to us.

Share your project requirement and our team will get back to you.

Enquire Now +91 98182 29399

Power

1,000+km
EHV / HT / LT power cables installed
50+
33/11 kV substations, turnkey
Why power cable projects are complex

Five fronts.

Live network & shutdowns

Cable work often runs beside energised lines, so shutdowns are planned with the utility and kept as short as possible.

Congested utility corridors

Underground cables share space with water, sewer and gas lines. Routes are surveyed first, and trenchless crossings avoid damage to existing services.

Cable handling & jointing

EHV, HT and LT cables need the correct bending radius, pulling tension and clean jointing for a long, fault-free service life.

Statutory approvals

Road cutting, railway and highway crossings need permissions from several authorities, arranged before work starts on site.

Testing & commissioning

Cables, substations and panels are tested before energising and handed over on a turnkey basis.

Photos

On site.

Site photo
Site photo
Site photo
Site photo
Site photo
Site photo
Site photo
Site photo
Site photo
Get in touch

Planning an underground network? Talk to us.

Share your project requirement and our team will get back to you.

Enquire Now +91 98182 29399

Oil & Gas / City Gas Distribution

12+cities
City gas distribution networks
30,000+
PNG connections
20to180mm
MDPE and GI pipelines
Why city gas projects are complex

Five fronts.

Safety & leak-tightness

Gas lines leave no margin for leaks. Every joint is made to standard and every section is tested before gas is introduced.

Congested streets

City gas networks reach every lane and house, often through crowded streets where trenchless laying keeps roads and shopfronts open.

Material & jointing

MDPE, HDPE and GI pipes each need the right jointing method and trained crews for a sound, long-lasting network.

Statutory approvals

Laying gas mains needs permissions from road owners and local bodies, arranged before work starts and followed throughout.

Testing & commissioning

Lines are pressure tested and purged, meters installed and house connections completed for last-mile connectivity.

Photos

On site.

Long HDPE pipe string lying along the right of way
HDPE gas pipe string on butt-fusion stands
Gas pipeline string laid out beside a road at dusk
Gas pipeline being lowered into a trench
Gas pipeline laid in a trench
Gas pipeline laid in an open trench
Drilling pipe and crane at a pipeline work site
Yellow gas pipe laid along a roadside trench
Get in touch

Planning an underground network? Talk to us.

Share your project requirement and our team will get back to you.

Enquire Now +91 98182 29399

Clients & Registrations

Departments we work with

Power & Electrical
Airports Authority of India
Dakshinanchal Vidyut Vitran Nigam Ltd
Electricity Department Goa
Hindustan Aeronautics Ltd
Haryana Vidyut Prasaran Nigam Ltd
IRCON International Ltd
Jharkhand State Electricity Board
KESCO Kanpur
Kerala State Electricity Board
NBCC (India) Ltd
New Delhi Municipal Council
Purvanchal Vidyut Vitran Nigam Ltd
PVVNL
UPCL Uttarakhand
UP State Industrial Development Corporation
Gas
GAIL Gas Ltd
Hindustan Petroleum Corporation Ltd
Indraprastha Gas Ltd
Maharashtra Natural Gas Ltd
Central UP Gas Ltd
Godavari Gas Pvt Ltd
Bhagyanagar Gas Ltd
Bengal Gas Company Ltd
Water & Sewerage
UP Jal Nigam
Delhi Jal Board
SIDCGL Goa
PWD, Goa
Larsen & Toubro Ltd
Northern Railway
Nuclear Power Corporation of India Ltd
Netaji Subhas University of Technology
Public Health Engineering Department, Haryana
RITES Ltd
Rail Vikas Nigam Ltd
Smart City
Smart City Goa
Government registrations

Six class registrations.

#AuthorityClass / Scope
1PWD, GoaClass "I-AA"Water Supply and Waste Water Disposal
2PWD, GoaClass "I-A"Electrical
3PWD, GoaClass "I-B"Roads, Bridges and Land Development
4Delhi Jal Board, DelhiClass-IWater and Sewerage
5Uttarakhand Peyjal NigamClass "A"Water Supply Works, Pipe Laying Category
6Uttarakhand Peyjal NigamClass "A"Sewerage Works, Sewer Laying, Storm Water Drainage
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Head office

Address
A-3/332, Sector-8, Rohini, Delhi-110085
Phone
+91 98182 29399
Email
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Creative Entrepreneurs LLP
Underground infrastructure since 1985
+91 98182 29399 A-3/332, Sector-8, Rohini, Delhi-110085 www.creativeent.in creative@creativeent.in
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