Spatial analysis of environmental constraints

See where environmental conditions influence the choice of solution

We first define the decision question and geographical scope. The task may concern alternative sites, an infrastructure route or the arrangement of project elements. Available environmental and project layers are selected after reviewing their sources, dates, accuracy and suitability. Evidence representing actual investigation is distinguished from indicative material that requires a more cautious interpretation.

Coordinate systems, geometry and attributes are organised before analyses are carried out against the agreed criteria. We examine overlaps, distances or other relevant spatial relationships. Alternatives are compared on a consistent basis, with the rules documented so a map explains both where a potential conflict occurs and why it has been identified in the assessment.

GIS findings guide further work but do not automatically replace field investigations or formal confirmation of constraints. An object missing from an available dataset is not evidence that it does not exist. The report identifies uncertainties relevant to the decision and locations where better information or specialist verification could change the assessment of an option.

Technical data

Subject Spatial relationships between a proposed project and environmental conditions.
Service type GIS-based location assessment, conflict identification and comparison of alternatives.
Assessment basis and requirements Agreed assessment criteria, option geometries and available spatial data with their currency and accuracy considered.
Method
  1. Define the decision question, geographical boundaries and alternatives.
  2. Review sources and organise spatial geometry and attributes.
  3. Analyse spatial relationships against the agreed criteria.
  4. Prepare maps, compare options and interpret relevant limitations.
Delivery model KFB Enviro

What you receive

You receive analytical maps and a spatial report showing identified constraints, conflicts and differences between options. The material documents assessment criteria, information sources and important limitations. It helps direct subsequent investigations towards the relevant locations and allows project teams to discuss alternatives using a shared and clearly explained spatial evidence base.

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GIS maps and databases for environmental documentation

Consistent spatial information from working layers to document attachments

We establish the package's purpose, such as a Polish project information sheet, an environmental impact report, a strategy or a monitoring programme. Required layers, presentation scales and descriptive attributes are defined. Existing files and object identifiers are reviewed so information from different disciplines can be combined without confusing locations, versions or the meaning of data fields.

Geometry, coordinate systems and database structure are organised consistently. We prepare clear symbols, legends and schedules aligned with the document's content. Names, monitoring point numbers and boundaries are checked across maps and tables. Handover formats reflect the agreed use, making the distinction between working datasets and finished graphical attachments clear to the receiving team.

The package records data origins and currency to support later corrections or additions. GIS preparation is not in itself a surveying exercise or confirmation of the legal status of property boundaries. New field investigations and additional environmental assessments require a separately defined scope where they are not part of the agreed input material.

Technical data

Subject Spatial layers, attribute databases and maps for specified environmental documentation.
Service type GIS data preparation and organisation of cartographic attachments.
Assessment basis and requirements Document structure, presentation and handover requirements, source records and agreed object identification conventions.
Method
  1. Define the required layers, maps and descriptive information.
  2. Organise coordinate systems, geometry and object identifiers.
  3. Prepare maps and schedules consistent with the document narrative.
  4. Check package completeness and deliver the agreed file formats.
Delivery model KFB Enviro

What you receive

You receive a package of maps and GIS data in agreed formats, with organised layers and source information. It is prepared for the specified documentation or subsequent design work. Consistent identifiers and descriptions help connect maps with tables, manage versions and make future updates without losing the relationship between spatial and descriptive records.

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Landscape and visual impact assessment

Understand where the development will be seen and in what setting

We review landscape character and the project features influencing perception, including location, dimensions, layout and relationships with existing buildings or vegetation. Viewpoints and viewing directions are selected for the assessment purpose. Available spatial information and agreed field material are used with their currency and level of detail explained, including limitations affecting the analysis.

The assessment combines visibility analysis with interpretation of the significance of the anticipated change. Visibility alone does not determine the scale of landscape impact. Background, screening and the use of observation locations are considered, while alternatives are compared using consistent assumptions. Maps and analytical visualisations explain these relationships rather than simply displaying the proposed structure.

Conclusions identify options worth considering, such as location, layout or setting adjustments where relevant to the project. Visualisation detail is agreed before work starts; photorealistic promotional imagery is not assumed. We also explain how season, input data and viewing position influence the representation, enabling readers to interpret the scenarios appropriately.

Technical data

Subject The development's relationship with the landscape and visibility from selected locations.
Service type Landscape assessment and visual impact analysis.
Assessment basis and requirements Project parameters, spatial data, agreed viewpoints and the selected level of visualisation detail.
Method
  1. Review landscape character and project features relevant to visibility.
  2. Select viewpoints and prepare spatial information for the assessment.
  3. Analyse visibility and compare alternatives using maps and visualisations.
  4. Interpret effects and identify mitigation options alongside assessment limitations.
Delivery model KFB Enviro with a partner/subcontractor

What you receive

You receive a report, maps and analytical visualisations at the agreed level of detail. The package identifies viewpoints, assumptions, comparison results and limitations. Conclusions address the development's relationship with its surroundings and possible mitigation measures. Visualisation scope is defined for the assignment and does not automatically include photorealistic or marketing materials.

Scope and limitations

Level of visualisation to be agreed

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Ecological surveys

Survey ecology at the right time and scale for the project

The survey scope follows the location, development characteristics and existing ecological information. We identify species groups and habitats requiring attention and the study area needed to answer project questions. Survey planning accounts for seasonality because the likelihood of detecting a species or characterising a habitat depends on timing, conditions and the method used.

Agreed fieldwork is combined with a review of available evidence. Observations are spatially organised and documented with the context in which they were obtained. Confirmed records are distinguished from assessments of habitat potential and remaining information gaps. Specialist team selection reflects the project rather than assuming that one standard fieldwork package suits every development.

Findings identify ecological features relevant to subsequent impact assessment and design. Failure to record a species during a particular visit is not unconditional evidence of absence. Seasonal and spatial limitations, together with any need for further survey, are explained so the project team can plan additional analysis, location alternatives and decisions concerning protection of identified ecological features.

Technical data

Subject Habitats, species and ecological conditions within the project study area.
Service type Field surveys and interpretation of ecological data.
Assessment basis and requirements Survey programme selected for species groups, season, location and the purpose of environmental documentation.
Method
  1. Review existing evidence and define relevant species groups and habitats.
  2. Select survey periods and methods appropriate to the investigation questions.
  3. Complete agreed visits with suitable specialists and record observation locations.
  4. Interpret findings with their limitations and any supplementary survey needs.
Delivery model KFB Enviro with a partner/subcontractor

What you receive

You receive an ecological survey report and maps presenting identified features within the agreed scope. The report explains methods, survey dates, findings and observation limits. It highlights matters relevant to further design or impact assessment and any need for additional work. Seasonal coverage and specialist participation are selected individually for the requirements of the project.

Scope and limitations

Seasonal scope and specialist teams are selected for each project

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Tree and shrub survey

Make existing vegetation a clear design consideration

We define the survey area and how field records will be linked to the available base map. Trees and shrubs are identified and described using the attributes needed for the agreed purpose. Consistent identifiers connect each schedule entry to a location, reducing misunderstandings between field specialists, designers and the project team.

Where a proposed layout is available, survey information is compared with it to identify potential conflicts and vegetation protection needs. Recommendations reflect the project and the extent of observations made. A description of visible condition is not automatically a detailed tree stability assessment; situations requiring specialist diagnostics are identified for separate investigation before a decision is made.

The material supports discussions about layout changes, construction arrangements and further documentation using a shared dataset. The survey is not permission to remove vegetation and does not replace separate procedures. If the design or site conditions change after the survey, the currency of the information should be checked before it is used for subsequent decisions.

Technical data

Subject Trees and shrubs within the agreed survey area.
Service type Tree and shrub inventory linking field records with mapped locations.
Assessment basis and requirements Agreed survey coverage, available base mapping and project needs; additional diagnostics are agreed separately.
Method
  1. Agree the study boundary, base map and vegetation attributes required.
  2. Identify and describe trees and shrubs during the field survey.
  3. Link identifiers to locations and check schedule-to-map consistency.
  4. Identify design conflicts, protection needs and requirements for further diagnostics.
Delivery model KFB Enviro with a partner/subcontractor

What you receive

You receive a tree and shrub survey with a map and a consistent inventory of the vegetation recorded. It includes the agreed field attributes and project-relevant recommendations. The package supports identification in documentation, discussion of conflicts and planning of next steps, clearly distinguishing the inventory from any specialist diagnostics or separate formal consultations that may be required.

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Ecological and biodiversity impact assessment

Translate ecological evidence into project decisions

We review available surveys and ecological information alongside the development's location, scale and stages. The evidence is checked against the questions the assessment must answer. Particular attention is given to features sensitive to land take, habitat change, disturbance or other effects genuinely associated with the proposal and its planned construction and operating arrangements.

The significance of anticipated changes is considered for identified species, habitats and ecological connections. Opportunities to avoid effects are considered before appropriate mitigation measures. Compensation is explored where justified by the assessment and project route; it is not treated as an automatic substitute for changing an adverse design or as a guarantee of project acceptance.

Recommendations are linked to particular project elements, work timing or further investigation needs. Where seasonal or spatial evidence is insufficient, we explain the implications for the conclusions. The report supports option selection and documentation coordination, while implementation, ecological supervision and any additional surveys require their own agreed scope and practical arrangements.

Technical data

Subject Development effects on species, habitats and ecological connections.
Service type Ecological impact assessment and identification of mitigation or compensation measures.
Assessment basis and requirements Ecological survey evidence, project parameters and criteria appropriate to the environmental features assessed.
Method
  1. Check ecological evidence against the requirements of the proposed development.
  2. Connect project activities to sensitive features and potential impact pathways.
  3. Assess effect significance and options for avoidance, mitigation or compensation.
  4. Prepare project recommendations and identify evidence gaps requiring further work.
Delivery model KFB Enviro with a partner/subcontractor

What you receive

You receive a specialist impact assessment report and recommendations addressing the ecological features identified. The document explains evidence, assumptions and limits of interpretation, linking proposed measures to specific project components. It helps agree design changes and further analysis needs without implying that uncommissioned implementation activities are included in the assessment itself.

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Water and wastewater management assessment

Understand water and wastewater as a connected system

We examine water supplies, consumption points and wastewater streams. Process information is combined with available measurements, consumption records, agreements and facility documentation. Streams with different origins and management routes are kept distinct so the balance reflects actual relationships rather than simply adding figures drawn from unrelated documents with different reference periods.

The review checks consistency between demand and discharge, variations in loading and locations where evidence is missing. We identify risks associated with system capacity, wastewater quality and monitoring arrangements. Within the agreed scope, facility conditions are considered alongside the documents and requirements relevant to the water uses and discharge streams under assessment.

Recommendations are organised around the decisions required: obtaining better data, changing practices, investigating technical options or preparing documentation. The assessment is not a detailed installation design or automatic confirmation that a receiving system can accept additional wastewater. It identifies conditions and agreements worth resolving before a process change or an increase in activity.

Technical data

Subject Water supply, consumption and wastewater streams at a facility or development.
Service type Water and wastewater balance with technical and environmental diagnosis.
Assessment basis and requirements Process information, meter readings, test results, agreements and formal documentation relevant to the streams assessed.
Method
  1. Identify water sources, consumption points and wastewater discharge routes.
  2. Reconcile quantity and quality information within a facility balance.
  3. Assess constraints, measurement gaps and links to formal documentation.
  4. Develop recommendations supporting operational decisions or further design work.
Delivery model KFB Enviro with a partner/subcontractor

What you receive

You receive a water and wastewater balance, a diagnosis of material risks and recommended actions. The report identifies data sources, relationships between streams, assessment limits and issues needing further investigation. It provides a structured basis for discussions with designers, network operators or facility teams and for defining further analyses or documents required for the proposed change.

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Water impact assessment

Connect water conditions with the actual development proposal

We identify water conditions relevant to the location and activities capable of changing water quantity, quality or movement. Available information on surface water, groundwater, surrounding uses and project design is reviewed. The study area and project stages follow potential impact pathways rather than being limited automatically to the development site's boundary.

Potential impact sources are connected to the pathways through which effects may occur and the environmental receptors requiring protection. Abstraction, discharge, dewatering or land-use changes are considered where relevant to the proposal. We check alignment with other project assumptions and identify subjects requiring additional evidence or specialist investigation before defensible conclusions can be drawn.

Findings support selection of protective measures and conditions for further design. A documentation-based assessment does not replace hydrogeological investigation, fieldwork or separate studies needed for a particular solution. We distinguish the questions that can be assessed at the current stage from those requiring a more developed design or better site information.

Technical data

Subject Project effects on surface water and groundwater.
Service type Specialist assessment of impacts on the water environment.
Assessment basis and requirements Project documentation, available water data and assessment criteria relevant to the location and purpose of the study.
Method
  1. Review water conditions and relevant components of the proposed development.
  2. Identify potential impact sources, pathways and environmental receptors.
  3. Assess the significance of effects and proposed protective measures.
  4. Prepare documentation findings and recommendations for additional evidence.
Delivery model KFB Enviro with a partner/subcontractor

What you receive

You receive a specialist report for project documentation describing baseline conditions, anticipated effects and proposed protective measures. The report identifies data sources, assumptions and investigation limitations. Conclusions are linked to project components, supporting coordination across disciplines and clarifying the information or design changes needed before the next stage of development work.

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Air emission source inventory and emissions balance

Turning facility data into a traceable emissions balance

We identify sources associated with production, fuel combustion and other activities within the agreed boundary. Installation documentation is combined with operating records, available measurement results and input from process owners. Actual operating parameters, design values and assumptions are kept distinct so that calculations do not inadvertently mix incompatible bases.

For each source, we establish the relevant pollutants, units and reporting period. Emission quantities are compiled so their origin can be traced and related to installation activity. Checks address missing streams, inconsistent operating hours and potential double counting. Where information is incomplete, we describe the gap and explain how it affects the resulting balance.

The assessment identifies the contribution of different sources and the information worth improving before modelling, documentation or reporting. It does not replace measurements where these are needed to determine emissions. When fuel, capacity or operating arrangements change, the structured inventory helps identify the records requiring revision without rebuilding the entire source catalogue.

Technical data

Subject Emission sources, fuels, materials and processes within the agreed facility boundary.
Service type Source inventory and quantitative air emissions balance.
Assessment basis and requirements Technical documentation, operating data, available measurements and calculation methods selected for the sources and intended use.
Method
  1. Define the inventory boundary and a common reference period.
  2. Link sources to processes, fuels and operating activity records.
  3. Calculate emissions with documented parameters, units and assumptions.
  4. Check the balance and identify information gaps and update needs.
Delivery model KFB Enviro with a partner/subcontractor

What you receive

You receive an emissions balance and source database containing the parameters used in the calculations. The package records data origins, assumptions and gaps affecting reliability. Its consistent structure supports transfer into modelling, environmental documentation or reporting and subsequent updates following installation changes, within the scope agreed for the assignment.

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Air pollutant dispersion modelling

Understand concentration patterns before selecting a design

We develop the model from source characteristics, emission quantities and the operating conditions of the facility. The study area, assessment points and environmental inputs are selected for the question being addressed. We check whether the available information represents the intended scenario and identify parameters requiring further evidence or a clearly stated assumption.

Calculations describe the spatial distribution of concentrations for the agreed pollutants and scenarios. Alternatives involving operating arrangements, source locations or emission parameters can be compared on a consistent basis. Results are interpreted against criteria relevant to the assessment purpose, highlighting sensitive locations, influential sources and the significance of input data for the conclusions.

A model is a forecasting tool, not a measurement of actual air quality at every location and moment. We explain scenario limitations and circumstances requiring additional evidence. This enables the designer or operator to decide whether to adjust the technical solution, investigate another alternative or incorporate the findings into broader environmental documentation.

Technical data

Subject Dispersion of agreed pollutants around identified emission sources.
Service type Computational modelling and comparison of emission scenarios.
Assessment basis and requirements Emission, source and environmental data; methods and assessment criteria selected for the location and documentation purpose.
Method
  1. Check the source inventory and representativeness of emission inputs.
  2. Prepare the model, assessment locations and agreed operating scenarios.
  3. Calculate concentration patterns and compare alternatives on a common basis.
  4. Interpret results, model limitations and requirements for further assessment.
Delivery model KFB Enviro

What you receive

You receive the model in an agreed form, results maps and an assessment report. The report explains inputs, scenarios, interpretation criteria and calculation limitations. Conclusions highlight differences between alternatives and issues requiring attention from the designer or operator, so the output supports a practical decision rather than simply presenting a collection of maps.

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