Environmental Risk Analysis Consultancy: Method, Scope and Implementation Guide
Environmental risk analysis consultancy; hazard identification, risk matrix, site inspection, control plan, ISO 14001.
Environmental risk analysis is a systematic study that identifies the emission, discharge, waste, spill and similar environmental event scenarios that may arise from a facility's activities, examines existing controls and prioritises additional measures. The study supports compliance management with legislation, but on its own it does not provide a permit, conformity or zero-risk guarantee.
What is environmental risk analysis?
Environmental risk analysis is a study that evaluates events that may cause an undesired outcome for the environment from an activity, in terms of source, event pathway, receiving environment, likelihood, impact and existing control components. Systematic management of environmental aspects and impacts is a fundamental part of environmental management systems; ISO's current record states that ISO 14001:2015 has been replaced by ISO 14001:2026. (ISO — official ISO 14001 record) The analysis does not consist solely of a scoring table. Site conditions, normal and abnormal operation, maintenance, shutdown, start-up, emergency situations, subcontractor works and sensitive receptors outside the facility are examined together.
Is environmental risk analysis legally mandatory?
It cannot be said that there is an independent "environmental risk analysis report" requirement applied under the same name and format to all businesses in Türkiye. The requirement must be determined separately based on the facility's activity, permit and licence conditions, chemical inventory, major industrial accident scope, environmental management obligations and voluntary management system commitments. Important distinction: The Ministry's risk-based planning of environmental inspections does not mean that every business is required to prepare a report using the same method. In the Ministry's guide, IRAM is described as a method for determining inspection priorities. (Ministry — Guidebook on the Planning of Environmental Inspections) Table 1 — Table for determining the basis of the requirement for environmental risk analysis Possible basis | Point to be checked | How the outcome is determined Environmental legislation | Activity, capacity, emission, discharge, waste, chemicals and accident scenarios | The current regulation and facility scope are examined together. Permit/licence or administrative decision | Special conditions, measurement and monitoring obligations in the document | The binding conditions in the document and official correspondence are taken as basis. Major industrial accident regulations | Types, classes and quantities of hazardous substances | Assessed separately based on current thresholds and classification. ISO 14001 environmental management system | Environmental aspects, impacts, risks and opportunities, operational controls | Addressed based on the organisation's scope and the standard's current requirements. Customer/supply chain requirement | Contract, audit protocol or supplier criterion | The scope of the request and evidence expectation are clarified in writing. A concrete obligation only arises if the facility falls within the scope of the relevant regulation. For environmental permit and licence processes, the consolidated Environmental Permit and Licence Regulation published by the Ministry; for waste management, the official text of the Waste Management Regulation; and for facilities falling within the scope of lower-tier or upper-tier establishments in terms of quantities of hazardous substances, the Ministry's BEKRA implementation and Regulation page should also be assessed. These links do not mean that every business is subject to all of these regulations. Current environmental regulations should be checked from the Ministry's Regulations page.
Who should have environmental risk analysis carried out?
Every facility with environmental event potential can benefit from a risk-based assessment; however, the scope and method should be proportionate to the risk level. Systematic examination carries higher decision value particularly for businesses storing chemicals, processing waste, generating emissions or discharges, having fuel tanks, or planning process changes. Chemicals and fuel: Tank, IBC, drum, filling, transfer, leak and spill scenarios. Emissions and odour: Ducted/unducted sources, treatment system failure and sensitive receptors. Wastewater and drainage: Process discharge, rainwater, overflow, bypass and channel connections. Waste operations: Temporary storage, improper mixing, fire, leakage and shipment.
The difference between environmental aspect, impact, hazard and risk
An environmental aspect is an activity or element of an organisation that can interact with the environment; an environmental impact is the change this interaction causes in the environment. Hazard refers to the potential for harm, while risk refers to the joint assessment of the likelihood of a specific event together with its consequences. Table 2 — Examples of environmental assessment from activity to control Activity | Aspect/hazard | Possible environmental impact | Risk scenario | Example control Solvent transfer | Volatile substance and spill potential | Impact on air, soil or water | Uncontrolled release due to hose rupture | Closed transfer, secondary containment, valve and spill response Wastewater treatment | Discharge and overflow | Deterioration of receiving environment quality | Bypass/overflow on pump failure | Backup pump, level alarm and emergency storage Incineration facility | Emission generation | Air quality impact | Treatment equipment going out of service | Monitoring, alarm, maintenance and safe shutdown procedure Waste storage | Leakage, improper mixing | Soil/water pollution and fire impact | Incompatible wastes kept in the same area | Compatibility matrix, labelling and separate compartments
How is environmental risk analysis carried out?
The analysis is carried out in eight stages ranging from defining the scope to following up on risks. The scoring scale to be used must be approved by the organisation; scores must be supported by site evidence and technical justification. Process steps are listed separately below.
Risk assessment methods used
The method is chosen according to the facility's complexity and decision need. A simple risk matrix can be used for screening and prioritisation; bow-tie for making critical barriers visible; and change management for controlling new or changed risks before commissioning. Bow-tie logic (accessible textual representation): Causes and triggers → Preventive barriers → Central event → Mitigating barriers → Consequences and receptors. Within what limits should ALARP be used? ALARP is an approach that explains reducing risk to a level as low as reasonably practicable, and is used particularly in process safety and major accident risks. It should not be presented in every environmental assessment as an independent and general requirement of Turkish legislation. HSE explains that in an ALARP assessment, a proportion is established between the risk and the time, cost and difficulty required for control. (HSE — ALARP explanation) Control distinction: In environmental risks, prevention at source, substitution, closed systems, secondary containment, drainage control, detection, automatic shutdown and response plans are priorities. Personal protective equipment is assessed separately in terms of worker safety; it is not the primary barrier protecting the environmental receptor.
Documents and site data examined
A reliable analysis is based on comparing up-to-date documents with actual site practice. The same document list is not used in every project; data needs are selected according to the activity and risk scenario. Table 3 — Analysis inputs, purpose of use and responsibilities Input | Purpose of use | The business's role | Consultancy output Process flow diagram and layout | Determining source, flow path and receptors | Providing up-to-date data consistent with the site | Scope and scenario map Chemical inventory and SDS | Understanding physical/chemical hazards | Providing up-to-date product, quantity and storage information | Chemical risk and incompatibility list Permits, measurements and analyses | Examining obligations and current performance | Sharing valid records | Legislation and data gap matrix Incident, complaint and maintenance records | Identifying past and recurring scenarios | Providing complete records and site explanation | Root cause and prioritisation input Site observations | Verifying actual barriers and deviations | Providing safe access and authorised personnel | Evidenced site findings and action plan Where measurement or sampling is required, not only the general accreditation of the laboratory but also its current authorisation/scope with respect to the relevant parameter, method and legislation must be verified. The Ministry publishes regulations concerning environmental measurement and analysis laboratories on its current Regulations page.
Example environmental risk record
The record below is a representative example prepared to demonstrate the method; it is not a real client case or the single scoring system required by legislation. Likelihood and impact scales must be defined and approved by the facility. Table 4 — Representative environmental risk record for chemical transfer Activity: Chemical transfer from IBC to process | Scenario and receptor: Spill due to hose/connection failure; site drainage and soil may be affected | Existing control: Operator control, drip tray, spill kit | Initial assessment: Scored according to the organisation's approved likelihood-impact scale | Recommended action: Dry connection, adequate secondary containment, drainage closure, periodic hose inspection and drill | Residual risk/follow-up: Re-scoring after evidence of implementation; assignment of responsible person and target date
Consultancy process and responsibilities
Europecarbon's service consists of scope analysis, document review, site assessment, risk record preparation, technical coordination and follow-up support. The business is responsible for providing accurate and up-to-date data, approving operational decisions and implementing the determined measures. Table 5 — Consultancy stages, responsibilities and deliverables Stage | Business's contribution | Consultancy work | Output Preliminary information and scope | Activity, facility, change and target information | Determining scope and data needs | Work plan and document list Document and site review | Records, access and relevant teams | Document-site consistency and scenario review | Site findings and data gaps Risk assessment | Scoring criteria and operational verification | Risk record and control adequacy analysis | Prioritised risk list Action plan | Responsible person, resource and deadline approval | Control options and follow-up criteria | Action plan with deadlines Reporting and follow-up | Implementation and closure evidence | Technical control and progress tracking | Final report and follow-up record
What outputs are delivered as a result of the analysis?
Deliverables vary according to the contract scope. The typical output package consists of a scope note, site findings, risk record, prioritised action plan, control responsibilities and follow-up method. - Scope, assumptions and data limitations - Activity–environmental aspect–impact inventory - Event scenarios and existing barrier assessment - Risk records and priority order - Action plan including responsible person, target date and closure evidence - Review triggers and monitoring indicators
What determines duration and cost?
No fixed outcome guarantee can be given for the duration and cost of environmental risk analysis without seeing the facility. Price and work schedule are determined by the number of facilities, process diversity, data quality, time on site, measurement needs, number of workshops and delivery scope. Table 6 — Main components affecting project duration and cost Component | Effect on duration | Effect on cost | Question to ask at the start Number of facilities and processes | Increases the area and scenarios to be examined | Affects site and expert work time | How many locations and main processes are in scope? Data accessibility | Missing records require additional work | Affects data creation/cleaning cost | Are the required records readily available?
Service boundaries
Service scope: scope determination, file and risk record preparation, site assessment, technical coordination and follow-up support. For work requiring measurement, laboratory or official authorisation, the current scope of the relevant organisation must be verified separately. Related services: environmental permit and licence consultancy, EIA report consultancy, ISO 14001 environmental management system, wastewater management, soil contamination studies and about Europecarbon.
15-item pre-site data checklist
Is the facility layout plan up to date? Is the process flow diagram the same as the site? Is the chemical inventory and SDS up to date? Are the emission sources complete? Are the discharge and drainage points marked? Are the waste type, quantity and storage area known? Are fuel and chemical tanks registered? Are permits, licences and official correspondence ready? Are measurement and analysis reports valid? Are there incident, spill and complaint records? Are maintenance and inspection records accessible? Are subcontractor activities defined? Are sensitive receptors and flow paths known? Are emergency equipment and plans up to date? Have planned changes been added to the list?
Editorial and commercial transparency
This content has been prepared to separate legislative provisions, standard information and commercial consultancy disclosure from one another. As no real individual expert information is provided, no Person declaration has been made. Author: Corporate editor: Europecarbon. Editorial control: Europecarbon. Publication date: A verified first publication date is not available. Last update: 28 July 2026. Source check: 28 July 2026. Commercial interest disclosure: Europecarbon provides the consultancy service described on this page for a fee.
Official sources and currency
Sources were checked on 28 July 2026. For the legal scope of a specific facility, the regulation in force and the assessment of the competent authority should be taken as basis. - Ministry of Environment, Urbanisation and Climate Change — Regulations - Ministry — Guidebook on the Planning of Environmental Inspections - Ministry — Sectoral Environmental Inspection Checklists - ISO — official ISO 14001 standard record - HSE — ALARP and COMAH competent authority guides
How we work
- 1Scope and boundaries: The facility, activity, process, auxiliary units, subcontractors and receiving environment are determined.
- 2Document review: Flow diagrams, plans, SDS, permits, measurements and incident records are examined.
- 3Site inspection: Sources, drainage, storage, barriers and current practices are verified on site.
- 4Scenario development: Normal, abnormal, maintenance, shutdown, start-up and emergency scenarios are written.
- 5Risk assessment: Likelihood and impact are scored taking existing controls into account.
- 6Control selection: Prevention at source, substitution, engineering and operational measures are prioritised.
- 7Action plan: Responsible person, target date, resource, acceptance criterion and closure evidence are defined.
- 8Follow-up and update: Actions are monitored; the record is reviewed following a change, incident or new information.