Hazardous waste classification and ISO 14001 compliance in 3 seconds.

Waste classification under the European Waste Catalogue (EWC) follows a hierarchical approach. First, identify the source process that generated the waste to determine the applicable Chapter and six-digit EWC code. If the entry is marked with an asterisk (*) it is classified as hazardous without further assessment. If there is a mirror entry pair (one with *, one without), you must assess whether the waste exhibits any of the 15 hazardous properties defined in EU Regulation 1357/2014 (HP1 to HP15) — including HP3 (flammable), HP6 (acute toxicity), HP7 (carcinogenic), HP14 (ecotoxic). The classification must be documented and retained. IgeraIndustria retrieves the correct EWC code based on waste description and generating process, flags mirror entries requiring HP assessment, and provides the applicable HP criteria.

ISO 14001:2015 cl.6.1.2 requires the organization to identify environmental aspects of its activities, products and services, determine which have or can have a significant environmental impact, and maintain a register. The evaluation must consider: normal, abnormal and emergency operating conditions; direct (controlled) and indirect (influenced) aspects; lifecycle perspective for products and services. Significance criteria are organization-defined but typically consider severity of impact, scale, frequency, probability of occurrence, regulatory concerns, stakeholder interest and business risk. The aspects register must be kept up to date — reviewed when activities change or at least annually. IgeraIndustria can assist in structuring the aspects register, defining evaluation criteria, and identifying which aspects require operational controls or objectives under cl.6.2.

The Industrial Emissions Directive (IED, 2010/75/EU) replaced and expanded the previous Integrated Pollution Prevention and Control (IPPC) Directive (96/61/EC). All IPPC permits were superseded by IED permits following the IED transposition deadline. The key differences are: (1) IED extended the scope to include more industrial categories and lower capacity thresholds; (2) IED introduced stricter requirements to apply Best Available Techniques (BAT) as defined in BAT Conclusions (officially published in the Official Journal of the EU) — operators must demonstrate compliance with BAT-Associated Emission Levels (BAT-AEL); (3) IED introduced baseline reports for soil and groundwater contamination for certain activities; (4) IED expanded public participation requirements. If your facility holds an IPPC permit that has not been reviewed against IED requirements, this is a significant compliance risk. IgeraIndustria can retrieve the applicable BAT Conclusions for your activity sector.

The European Pollutant Release and Transfer Register (E-PRTR, Regulation 166/2006) requires facilities exceeding defined capacity thresholds to report annually to the competent authority on: releases to air, water and land of pollutants exceeding threshold values; off-site transfers of waste exceeding threshold quantities; off-site transfers of pollutants in wastewater. Reporting covers 91 pollutants including heavy metals, dioxins, greenhouse gases, VOCs, NOx and persistent organic pollutants. The annual report must be submitted by 31 March for the previous calendar year. In Spain, reporting is through the PRTR-España system. Failure to report or submitting inaccurate data is an environmental infringement. IgeraIndustria can identify which PRTR thresholds apply to your facility’s activities and which pollutants must be monitored and reported.

Under ISO 14001 cl.8.2, the organization must establish, implement and maintain processes to respond to potential environmental emergencies and accidents that could have a significant environmental impact. The protocol must cover: identification of potential emergency scenarios (chemical spill, fire with environmental impact, wastewater treatment failure, accidental air emission); specific response procedures for each scenario including immediate containment actions (bunding, drain isolation, absorbent deployment); environmental damage limitation measures; notification requirements — internal chain of command, competent authority notification timescales (typically 24-72 hours depending on severity and jurisdiction); remediation responsibilities; drill frequency (minimum annually) and post-drill review process. The protocol must be tested, and test records retained as documented information under cl.8.2. Auditors verify that emergency response equipment is available, functional and that personnel know how to use it.

ISO 14001 cl.9 covers monitoring, measurement, analysis and evaluation (cl.9.1), internal audit (cl.9.2) and management review (cl.9.3). Auditors verify: that the organization has determined what to monitor and measure, using what methods, with what frequency, and when results are analysed (cl.9.1.1); that legal compliance is evaluated periodically (cl.9.1.2) — this is a common area of non-conformity when the legal register is outdated or evaluations are not documented; that the internal audit programme covers all clauses, with audit frequency proportional to environmental significance and previous audit results (cl.9.2); that management review inputs include: legal compliance status, significant aspects update, environmental objectives progress, emergency situations and incidents, supplier and contractor performance (cl.9.3). The most frequent cl.9 non-conformity is an outdated legal compliance evaluation — typically because the legal register has not been reviewed following regulatory changes.