Technical Planning Services

Geospatial

Our advanced GIS mapping technology and spatial analysis techniques identify land use designation, environmental and regulatory constraints.  Incorporating ecological and environmental assessment data early highlights crucial factors such as conservation, flood zones and other development restrictions, helping to guide decision making for optimised results.

Technical Surveys

Technical site surveys save time and resources by providing more accurate and complete data with minimal disruption or safety risks. We use cutting-edge technologies that produce precise measurements and can cover large areas and complex structures quickly. We use drones, centimetre-accurate GPS, full-frame cameras, and laser distometers to conduct environmental surveys and site surveys, covering feasibility studies, photomontages, utility lines, boundaries, existing infrastructure, Line of Sight, Panoramic Aerial (PANS), and highways. 

AutoCAD Design

Visualisation is crucial to improve communication and understanding when presenting ideas and planning application drawings to clients and stakeholders. We use AutoCAD extensively for site location maps, site layout plans, elevation drawings and equipment details to meet planning application standards. We also produce bespoke infrastructure layout and elevation drawings in-house for large-scale utility projects.

Photomontages & Wireframes

Designed to predict the visual impact of a development and identify any sensitive visual receptors in a zone of visual influence, photomontages and accompanying wireframes are presented to Planning Authorities and other Public Bodies for review. Our process starts with a planning designations map to identify visual receptors. This is overlaid with a ZTV, where selected viewpoints are then photographed. We generate 3D models from 2D AutoCAD drawings for the photomontages using Wireframes produced with bare earth topographical data  to present accurate visualisations. 

3D Models

An essential tool for planning constraints analysis, 3D modelling is crucial for engaging Planning Authorities and communities during pre-application and consultation stages.  We have developed 3D models from 2D AutoCAD drawings for large-scale projects like wind and solar farms, depicting landscapes with details like roads, trees and buildings to demonstrate the structure accurately in its surroundings. Used to address planning issues such as glint and glare effects, we use various data sources and advanced technologies to create interactive 3D models for easy visualization of proposed developments.

Geospatial

Our advanced GIS mapping technology and spatial analysis techniques identify land use designation, environmental and regulatory constraints.  Incorporating ecological and environmental assessment data early highlights crucial factors such as conservation, flood zones and other development restrictions, helping to guide decision making for optimised results.

AutoCAD Design

Visualisation is crucial to improve communication and understanding when presenting ideas and planning application drawings to clients and stakeholders. We use AutoCAD extensively for site location maps, site layout plans, elevation drawings and equipment details to meet planning application standards. We also produce bespoke infrastructure layout and elevation drawings in-house for large-scale utility projects.

3D Models

An essential tool for planning constraints analysis, 3D modelling is crucial for engaging Planning Authorities and communities during pre-application and consultation stages.  We have developed 3D models from 2D AutoCAD drawings for large-scale projects like wind and solar farms, depicting landscapes with details like roads, trees and buildings to demonstrate the structure accurately in its surroundings. Used to address planning issues such as glint and glare effects, we use various data sources and advanced technologies to create interactive 3D models for easy visualization of proposed developments.

Technical Surveys

Technical site surveys save time and resources by providing more accurate and complete data with minimal disruption or safety risks. We use cutting-edge technologies that produce precise measurements and can cover large areas and complex structures quickly. We use drones, centimetre-accurate GPS, full-frame cameras, and laser distometers to conduct environmental surveys and site surveys, covering feasibility studies, photomontages, utility lines, boundaries, existing infrastructure, Line of Sight, Panoramic Aerial (PANS), and highways. 

Photomontages & Wireframes

Designed to predict the visual impact of a development and identify any sensitive visual receptors in a zone of visual influence, photomontages and accompanying wireframes are presented to Planning Authorities and other Public Bodies for review. Our process starts with a planning designations map to identify visual receptors. This is overlaid with a ZTV, where selected viewpoints are then photographed. We generate 3D models from 2D AutoCAD drawings for the photomontages using Wireframes produced with bare earth topographical data  to present accurate visualisations. 

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FAQs

This section brings together clear, straightforward answers to the queries we hear most often, helping you quickly find the information you need. Whether you’re just getting started or looking for something specific, these FAQs are designed to save you time and point you in the right direction.

EIA is required under the Planning and Development Regulations 2001 (as amended) for projects above defined thresholds or where significant effects are likely. Early EIA screening is strongly recommended to confirm the requirement before design investment is made.

Screening determines whether an EIA is legally required for a given project. Scoping, which follows a positive screening determination, defines the topics, level of detail, and methodologies to be addressed in the Environmental Impact Assessment Report (EIAR). Both stages occur pre-application and represent the most cost-effective point at which to align the assessment programme with planning authority expectations and reduce later risk.

An EIA typically takes 6 to 18 months depending on project complexity, required ecological surveys, seasonal constraints, and the volume of technical assessments needed. Programmes must account for surveys that can only be conducted in specific seasons, particularly ecological surveys for birds, bats, and habitats. Early scoping and parallel workstreaming are essential to avoid programme slippage at the planning submission stage.

Environmental permits are required where a project involves activities that could impact air quality, controlled waters, land, or waste, including certain construction operations, discharges, and site operations. Licences are issued by the EPA. Planning permission and environmental permitting are separate legal processes and both must be secured before development commences.

Compliance is demonstrated through a combination of environmental reports (EIA, Flood Risk, Heritage, Ecology), permit applications, construction and environmental management plans (CEMP), monitoring frameworks, and adherence to conditions imposed by regulatory authorities. For procurement and tendering, ISO 14001 environmental management certification, held by Entrust, provides additional assurance of systematic compliance management.

Environmental due diligence identifies risks that can materially affect site viability, value, and programme, including ground contamination, protected habitats, flood risk, heritage constraints, and proximity to designated sites. Identifying these constraints pre-acquisition allows developers and investors to price risk accurately, negotiate conditional contracts, or avoid non-viable sites. Entrust provides pre-acquisition environmental appraisals and planning feasibility assessments to support informed investment decisions.

An FRA is required where a project could impact floodplains, drainage, or surface water management, in line with the Planning System and Flood Risk Management Guidelines (OPW/DEHLG). FRAs are commonly required for solar farms, substations, water infrastructure, and large-scale ground-disturbing works.

An environmental risk assessment evaluates the potential impacts of a proposed development on air quality, water resources, soil and geology, ecology, human health, and cultural heritage. It identifies the likelihood and magnitude of each risk and proposes proportionate mitigation measures. For infrastructure projects, this assessment underpins both planning submissions and environmental permitting, and informs the project’s CEMP and operational monitoring requirements.

Let’s collaborate to create a greener, more sustainable future together.

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