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Business Areas

From finding water to reaching the consumer, every link of the chain.

From passive wastewater treatment with HydroBioX and System O)) to water well drilling and bottled water production and distribution; from survey to implementation, and from commissioning to long-term operational follow-up, we take responsibility with the same team.

Scope summary
Business area
11
Featured area
06
Capability item
66
Working model
5 stages
Two aerial frames: the plant compound and the planted treatment field built next to it

Highlights

At the center of the chain, six links.

Drilling the well, treating the wastewater and delivering bottled water to the consumer may look independent, yet they are carried out with the same engineering discipline. For each, the scope, delivery criteria and operating responsibility are defined in writing at the start of the project.

An aerial rural landscape: a small village set among fields, with a river running through itRepresentative image
01

HydroBioX Wastewater Treatment Solutions

Compact, new-generation passive biological wastewater treatment

We apply the compact HydroBioX solution, developed for homes and residential projects without sewerage infrastructure, end to end: from survey and sizing to installation and commissioning.

Operating principle
Passive and biological
Electricity in treatment
None
Installation area
More compact
Learn more
A System O)) treatment line in a building's grounds during installation and once the planting had been completed
02

System O)) Wastewater Treatment Solutions

Proven passive treatment, adaptable to different scales

We apply the System O)) solution family in Türkiye, engineered for capacities ranging from single homes to communal living areas, tourism facilities and corporate campuses.

Operating principle
Passive and biological
Core technology
Advanced Enviro))Septic
Installations
250,000+ (manufacturer)
Learn more
A four-frame field set: sampling, pipe installation, wastewater before treatment and clear water after it
03

Recovery of Treated Water

Making wastewater part of circular water management

We assess the potential for reusing treated water in irrigation, landscaping, cistern supply or other technical needs, within the framework of regulations, quality criteria and project design.

Primary use
Irrigation and landscape
Determining condition
Regulation and disinfection
Decision stage
At the start of design
Learn more
Water analysis in a laboratoryRepresentative image
04

Engineering Design and System Selection

The right decisions before investment, a system chosen for your project

We determine the system suited to your project by addressing needs analysis, feasibility, technology comparison, capacity calculation, technical specification and the implementation plan together.

Starting point
Needs analysis
Output
Project proposal
Comparison
One set of criteria
Learn more
Treatment line pipes being laid with an excavator and field crew
05

Installation and Commissioning

Applying the design correctly in the field

Within the approved project scope we plan procurement, installation supervision, inspection and commissioning, ensuring the system reaches its intended operating conditions.

Critical stage
Installation
Inspection
Fully recorded
Handover
With operator briefing
Learn more
A field crew taking a sample and measuring through the maintenance hatch of a treatment systemRepresentative image
06

Monitoring, Inspection and Improvement

A system is measured not by its installation but by how well it is run

We provide sustainable operating support: performance tracking, periodic inspection, sampling, maintenance planning and, where needed, capacity or process improvement.

Approach
Periodic monitoring
Records
Measurement and samples
Scope
Improvement included
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Complementary Areas

Services that cover the before and after of the investment.

A system succeeds not on the day it is installed, but when it is planned with the right decision and operated correctly for years. The areas below take on the decision and operation sides of projects.

A water drilling rig, drill truck and field crew working on arid ground
07

Water Well Drilling

Water drilling across Türkiye, from survey to well completion, under one responsibility

We carry out the water-well process holistically, from geological and geophysical assessment to drilling, and from well completion to pump selection. A well drilled in the wrong place is the most expensive well.

Scope
Survey to completion
Records
Well log
Handover
With yield test
Learn more
Residents and children with balloons gathered around a water tower being brought into service at sunset
08

International Water Well Projects

Work on access to safe water in Africa and Asia

In the Africa and Asia water-well work carried out together with the International Water Well Aid Association, we address well drilling, pump and storage solutions, and the strengthening of local operating capacity.

Regions
Africa and Asia
Energy
Solar-powered solutions
Measure of success
Local operability
Learn more
Pallets of bottled water moved by forklift in a plant's dispatch yard
09

Bottled Water Production and Distribution

Traceable water from source to consumer

In spring water and drinking water facilities we establish the production chain, from source assessment to the filling line and from quality control to distribution logistics.

Scope
Source to distribution
Packaging types
5 options
Product status
In production planning
Learn more
Treatment lines laid on a sand bed in woodland, with an excavator and field crew
10

Water and Wastewater Treatment Systems

End-to-end treatment engineering, from raw water to effluent

We develop solutions that improve water quality, support the safe treatment of wastewater and enable its reuse under suitable conditions.

Approach
Data-driven design
Priority
Passive biological treatment
Goal
Reuse
Learn more
A stone-walled water retention structure in woodland, with the pond it holds back
11

Water Structures and Resource Management

Water intake, storage and transmission infrastructure

We carry out the planning, engineering design, implementation and technical assessment of pools, tanks, transmission lines, irrigation and related water structures according to their purpose and site conditions.

Starting point
Water budget
Scope
Storage and transmission
Supervision
Engineering control
Learn more

Capability Matrix

In which area do we do exactly what?

Scope uncertainty is one of the most common problems in water projects. The matrix below shows the technical items within each business area on a single page; in quote and feasibility discussions we clarify the scope through this list.

11 business areas66 capability itemsSurvey → Design → Implementation → Operation
01

HydroBioX Wastewater Treatment Solutions

Compact, new-generation passive biological wastewater treatment

  • 01Wastewater characterization and capacity determination
  • 02Sizing of the compact passive treatment line
  • 03Assessment of space, ground and discharge method
  • 04Tertiary treatment: disinfection, phosphorus and nitrogen removal
  • 05Design of the reuse scenario for treated water
  • 06Installation supervision, commissioning and operator briefing
02

System O)) Wastewater Treatment Solutions

Proven passive treatment, adaptable to different scales

  • 01Site survey, ground and permeability assessment
  • 02Capacity calculation based on user numbers and flow
  • 03Layout and hydraulic design of the treatment area
  • 04Planning of advanced treatment and disinfection options
  • 05Installation supervision and commissioning
  • 06Phased application plans for communal and corporate projects
03

Recovery of Treated Water

Making wastewater part of circular water management

  • 01Defining the reuse scenario and the target water quality
  • 02Planning advanced treatment and disinfection stages
  • 03Designing irrigation, landscape and technical-use infrastructure
  • 04Sizing storage, transmission and distribution solutions
  • 05Establishing monitoring points and a sampling plan
  • 06Technical support for regulatory and permit processes
04

Engineering Design and System Selection

The right decisions before investment, a system chosen for your project

  • 01Needs analysis and definition of project inputs
  • 02Feasibility and technology comparison
  • 03HydroBioX / System O)) suitability assessment
  • 04Capacity calculation, layout and preliminary design
  • 05Preparation of technical specifications and the implementation schedule
  • 06Establishing the budget framework and cooperation model
05

Installation and Commissioning

Applying the design correctly in the field

  • 01Procurement planning and material acceptance
  • 02Excavation, preparation and level checks
  • 03Assembly supervision and conformity inspection
  • 04Hydraulic tests and initial commissioning
  • 05Handover of operating rules and inspection points
  • 06Preparation of installation records and the handover file
06

Monitoring, Inspection and Improvement

A system is measured not by its installation but by how well it is run

  • 01Periodic field inspection and observation
  • 02Sampling and recording of measurement results
  • 03Inspection and emptying schedule for the pre-treatment unit
  • 04Performance tracking and deviation analysis
  • 05Updating the maintenance schedule and operating instructions
  • 06Capacity and process improvement recommendations
07

Water Well Drilling

Water drilling across Türkiye, from survey to well completion, under one responsibility

  • 01Geological and geophysical site survey, well siting
  • 02Technical management of permit and license processes
  • 03Drilling works and formation (well log) records
  • 04Well completion, gravel packing and development works
  • 05Yield (pumping) test and water quality analysis
  • 06Pump selection, transmission line and storage solution
08

International Water Well Projects

Work on access to safe water in Africa and Asia

  • 01Site and needs assessment, beneficiary analysis
  • 02Well drilling, completion and development works
  • 03Solar-powered pump and storage solutions
  • 04Water quality analysis and required treatment measures
  • 05Usage and maintenance training for the local team
  • 06Spare-parts plan and long-term operational follow-up
09

Bottled Water Production and Distribution

Traceable water from source to consumer

  • 01Source assessment, analysis and capacity planning
  • 02Facility layout and filling line design
  • 03Line and process planning by packaging type
  • 04Establishing quality control points and traceability records
  • 05Planning of storage and distribution logistics
  • 06Technical support for permit, certification and regulatory processes
10

Water and Wastewater Treatment Systems

End-to-end treatment engineering, from raw water to effluent

  • 01Water and wastewater characterization
  • 02Process selection and stage design
  • 03Capacity calculation and hydraulic design
  • 04Determination of the effluent quality target
  • 05Implementation and commissioning planning
  • 06Establishing the operating and monitoring approach
11

Water Structures and Resource Management

Water intake, storage and transmission infrastructure

  • 01Water budget and usage pattern analysis
  • 02Tank and pool volume calculation
  • 03Transmission line and pump station design
  • 04Planning of irrigation infrastructure
  • 05Material selection and manufacturing inspection
  • 06Testing, commissioning and technical assessment

The items in the matrix show the typical scope; the final scope of each project is defined in the contract after assessing site conditions, regulatory requirements and the work the client takes on with its own team.

Our Working Model

From need to operation, five stages, one flow.

Whichever business area we work in, we follow the same order. Commissioning is not the end of the project, but the beginning of its operating life; the final stage exists for this reason.

  1. 01

    We listen to the need

    We gather initial information about the project's purpose, existing problems, capacity, site conditions, usage scenario and targeted outcomes.

  2. 02

    We assess the data and the site

    We examine existing analyses, infrastructure, site conditions and relevant technical requirements. Where necessary, we determine the need for samples, site visits and additional measurement.

  3. 03

    We design the solution

    We prepare a project proposal that brings together technology selection, process approach, capacity, layout, implementation program and operating requirements.

  4. 04

    We implement and commission

    In line with the approved scope, we plan procurement, installation, inspection and commissioning; and we support the system in reaching its targeted operating conditions.

  5. 05

    We monitor and improve

    For sustained performance, we provide operational follow-up, maintenance planning, technical support and, where needed, improvement recommendations.

Preliminary assessment

The information we would like to have for the first meeting

Whatever of the items below you have will speed up the initial technical assessment. Not all of it needs to be ready; we complete the missing items together.

  • Facility or project location
  • Estimated daily/monthly water or wastewater volume
  • Current water analyses, if any
  • Existing system and problems encountered
  • Targeted effluent quality or intended use
  • Space, energy, infrastructure and operating constraints
  • Planned schedule and budget framework

Let's design the future of water together.

Share your need; let our team assess the right engineering approach for your project.