See Full Document Text
Official Journal EN
of the European Union L series
2024/2215 9.9.2024
COMMISSION IMPLEMENTING REGULATION (EU) 2024/2215
of 6 September 2024
establishing, pursuant to Regulation (EU) 2024/573 of the European Parliament and of the Council,
minimum requirements for the issuance of certificates to natural and legal persons and the
conditions for the mutual recognition of such certificates, as regards stationary refrigeration, air
conditioning and heat pump equipment, organic Rankine cycles and refrigeration units of
refrigerated trucks, refrigerated trailers, refrigerated light-duty vehicles, intermodal containers and
train wagons containing fluorinated greenhouse gases or their alternatives, and repealing
Commission Implementing Regulation (EU) 2015/2067
(Text with EEA relevance)
THE EUROPEAN COMMISSION,
Having regard to the Treaty on the Functioning of the European Union,
Having regard to Regulation (EU) 2024/573 of the European Parliament and of the Council of 7 February 2024 on
fluorinated greenhouse gases, amending Directive (EU) 2019/1937 and repealing Regulation (EU) No 517/2014(1), and in
particular Article 10(8) thereof,
Whereas:
(1) Regulation (EU) 2024/573 includes obligations concerning the certification of natural and legal persons to carry out
certain activities involving fluorinated greenhouse gases or relevant alternatives to fluorinated greenhouse gases,
including natural refrigerants.
(2) Regulation (EU) 2024/573 also includes additional obligations with regards to the certification of legal persons for
activities concerning refrigeration units of refrigerated trucks and refrigerated trailers, and with regard to the
certification of natural and legal persons for activities concerning refrigeration units of refrigerated light-duty
vehicles, intermodal containers and train wagons as well as organic Rankine cycles.
(3) Certification obligations under Regulation (EU) 2024/573 cover an extended list of substances contained in the
relevant equipment, including alternatives to fluorinated greenhouse gases. Requirements for the content of the
certification programmes should ensure safe handling of the equipment containing flammable or toxic gases or
operating at high pressures.
(4) Improving the quality of installation, maintenance or servicing of equipment is essential for optimising and
maintaining their energy efficiency, which is another objective of the certification obligations.
(5) It is therefore necessary, pursuant to Article 10 of Regulation (EU) 2024/573, to update the minimum requirements
for the certification of natural and legal persons in relation to the scope of activities, equipment covered as well as
the skills and knowledge to be covered and to specify the rules for the certification and the conditions for mutual
recognition of certificates.
(6) Commission Implementing Regulation (EU) 2015/2067(2)should therefore be repealed.
(1) OJ L, 2024/573, 20.2.2024, ELI: http://data.europa.eu/eli/reg/2024/573/oj.
(2) Commission Implementing Regulation (EU) 2015/2067 of 17 November 2015 establishing, pursuant to Regulation (EU)
No 517/2014 of the European Parliament and of the Council, minimum requirements and the conditions for mutual recognition for
the certification of natural persons as regards stationary refrigeration, air conditioning and heat pump equipment, and refrigeration
units of refrigerated trucks and trailers, containing fluorinated greenhouse gases and for the certification of companies as regards
stationary refrigeration, air conditioning and heat pump equipment, containing fluorinated greenhouse gases (OJ L 301, 18.11.2015,
p. 28, ELI: http://data.europa.eu/eli/reg_impl/2015/2067/oj).
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(7) The measures provided for in this Regulation are in accordance with the opinion of the Committee on fluorinated
greenhouse gases, established by Article 34(1) of Regulation (EU) 2024/573,
HAS ADOPTED THIS REGULATION:
Article 1
Subject-matter
This Regulation establishes minimum requirements for the certification of natural and legal persons carrying out the
activities referred to in Article 2, as well as the conditions for mutual recognition of the relevant certificates, in relation to
the following equipment:
(a) stationary refrigeration,
(b) stationary air conditioning and heat pump equipment,
(c) stationary organic Rankine cycles,
(d) refrigeration units of refrigerated trucks and refrigerated trailers,
(e) refrigeration units of refrigerated light-duty vehicles, intermodal containers and train wagons.
Article 2
Scope
1. This Regulation shall apply to natural persons carrying out the following activities:
(a) leak checks of the equipment listed in Article 1 containing fluorinated greenhouse gases listed in Annex I and
Section 1 of Annex II to Regulation (EU) 2024/573;
(b) installation of the equipment listed in Article 1 containing fluorinated greenhouse gases listed in Annex I and
Section 1 of Annex II to Regulation (EU) 2024/573 or the alternative substances ammonia (NH ), carbon dioxide
3
(CO ) or hydrocarbons;
2
(c) repair, maintenance or servicing as well as decommissioning of the equipment listed in Article 1 containing
fluorinated greenhouse gases listed in Annex I and Section 1 of Annex II to Regulation (EU) 2024/573, or the
alternative substances ammonia (NH ), carbon dioxide (CO ) or hydrocarbons;
3 2
(d) recovery of fluorinated greenhouse gases from cooling circuits of stationary refrigeration, air conditioning
equipment, heat pumps, and of refrigeration units of refrigerated trucks and refrigerated trailers.
2. This Regulation shall also apply to legal persons carrying out for third parties the installation, repair, maintenance,
servicing or decommissioning of the equipment listed in Article 1 containing fluorinated greenhouse gases listed in
Annex I and Section 1 of Annex II to Regulation (EU) 2024/573 and the alternative substances ammonia (NH ), carbon
3
dioxide (CO ) or hydrocarbons.
2
3. This Regulation shall not apply to any manufacturing activity, undertaken at the site of the manufacturer of the
equipment referred to in Article 1.
Article 3
Certificates for natural persons
1. Natural persons carrying out the activities referred to in Article 2(1) shall hold a certificate of the type set out in
paragraph 2 of this Article. Member States may allow for the issuance of separate certificate types or a certificate
combining any of the certificate types, identifying the activities it covers.
2. Certificates attesting that the holder fulfils the requirements to undertake the activities referred to in Article 2(1) are
of the following types:
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(a) Certificate A1 attesting that holders may carry out all the activities provided for in Article 2(1) in relation to
fluorinated greenhouse gases and hydrocarbons;
(b) Certificate A2 attesting that holders may carry out all the activities provided for in Article 2(1) in relation to
fluorinated greenhouse gases and hydrocarbons, limited to equipment with a charge size of less than 3 kilograms
or, if hermetically sealed systems which are labelled as such are concerned, containing less than 6 kilograms;
(c) Certificate B attesting that holders may carry out all the activities provided for in Article 2(1) in relation to carbon
dioxide (CO );
2
(d) Certificate C attesting that holders may carry out all the activities provided for in Article 2(1) in relation to ammonia
(NH );
3
(e) Certificate D attesting that holders may carry out the activity provided for in Article 2(1)(d) for the equipment
containing less than 3 kilograms of fluorinated greenhouse gases or, if hermetically sealed systems which are
labelled as such are concerned, containing less than 6 kilograms of fluorinated greenhouse gases;
(f) Certificate E attesting that holders may carry out the activity provided for in Article 2(1)(a), provided that such
activity does not entail breaking into the refrigeration circuit containing fluorinated greenhouse gases listed in
Annex I and Section 1 of Annex II to Regulation (EU) 2024/573.
3. Paragraph 1 shall not apply to natural persons undertaking:
(a) brazing, soldering or welding of parts of a system or piece of equipment in the context of one of the activities
referred to in Article 2(1), which hold the qualification required under national legislation to undertake such
activities, provided that they are supervised by a person holding a certificate covering the relevant activity who is
fully responsible for the correct execution of the activity;
(b) recovery of fluorinated greenhouse gases from equipment covered by Directive 2012/19/EU of the European
Parliament and of the Council(3) with a fluorinated greenhouse charge of less than 3 kilograms and less than 5
tonnes of CO equivalent, in premises covered by a permit in accordance with Article 9(1) and (2) of that Directive,
2
provided that they are employed by the company holding the permit and have completed a training course on the
minimum skills and knowledge corresponding to Certificate D as set out in Annex I to this Regulation verified by
an attestation of competence issued by the permit holder.
4. Natural persons undertaking one of the activities referred to in Article 2(1) shall not be subject to the requirement
laid down in paragraph 1 of this Article provided they meet the following conditions:
(a) they are enrolled in a training course for the purpose of obtaining a certificate covering the relevant activity, and
(b) they carry out the activity under the supervision of a person holding a certificate covering that activity who is fully
responsible for the correct execution of the activity.
The derogation provided for in the first subparagraph shall apply for the duration of periods spent carrying out the
activities referred to in Article 2(1) not exceeding 24 months in total.
Article 4
Certification of natural persons
1. A certification body as referred to in Article 7 shall issue a certificate as referred to in Article 3(2) to natural persons
who have passed a theoretical and practical examination organised by an evaluation body as referred to in Article 8,
covering the minimum skills and knowledge set out in Annex I for the certificate concerned.
(3) Directive 2012/19/EU of the European Parliament and of the Council of 4 July 2012 on waste electrical and electronic equipment
(WEEE) (OJ L 197, 24.7.2012, p. 38, ELI: http://data.europa.eu/eli/dir/2012/19/oj).
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2. The certificate shall contain at least the following:
(a) the name of the certification body, the full name of its holder, a certificate number and the date of expiry if any;
(b) the type of certificate for natural persons as specified in Article 3(2) and the specification of the activities which the
holder of that type of certificate is entitled to carry out, as well as the specification of the type of equipment
concerned;
(c) issuing date and issuer’s signature.
3. Member States may allow certification bodies to exempt applicants from the requirement of passing the examination
referred to in paragraph 1, where the applicants previously acquired qualifications, skills and knowledge equivalent to those
listed in Annex I or to require applicants only to pass a supplementary examination, where the applicant’s previously
acquired qualifications skills and knowledge are partly covered under those listed in Annex I.
Article 5
Certification of legal persons
The legal persons referred to in Article 2(2) shall hold a certificate as referred to in Article 6.
Article 6
Certificates for legal persons
1. A certification body as referred to in Article 7 shall issue a certificate to a legal person for one or more of the
activities referred to in Article 2(2), provided that it fulfils the following requirements:
(a) employment of natural persons certified in accordance with Article 3, for the activities requiring certification, in a
sufficient number to cover the expected volume of activities;
(b) proof that the necessary tools and procedures are available to the natural persons engaged in activities for which
certification is required.
2. The certificate shall contain at least the following:
(a) the name of the certification body, the full name of its holder, a certificate number and the date of expiry, if any;
(b) the activities which the holder of the certificate is entitled to carry out and the specification of the charge size limit,
expressed in kilograms, of the equipment concerned, where relevant;
(c) issuing date and issuer’s signature.
Article 7
Certification body
1. Member States shall specify in national law or designate the authority or authorities competent to designate, a
certification body authorised to issue certificates to natural or legal persons involved in one or more of the activities
referred to in Article 2 of this Regulation.
The certification body shall be independent and impartial in carrying out its activities.
2. The certification body shall establish and apply procedures for the issuance, suspending and withdrawing of
certificates.
3. The certification body shall maintain records that allow verifying the status of a certified natural or legal person. The
records shall demonstrate that the certification process has been effectively fulfilled. Records shall be kept for a minimum
period of 5 years.
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Article 8
Evaluation body
1. An evaluation body designated in each Member State shall organise examinations for the natural persons referred to
in Article 2(1). A certification body as referred to in Article 7 may also qualify as an evaluation body. The evaluation body
shall be independent and impartial in carrying out its activities.
2. Examinations shall be planned and structured in a manner which ensures that the minimum skills and knowledge set
out in Annex I are covered. Evaluation body shall provide the place for examinations that ensures safety of the applicants
when they will conduct activities involving refrigerants which are toxic or flammable or are working at high pressure.
3. The evaluation body shall adopt reporting procedures and keep records to enable the documentation of the
individual and overall results of the evaluation.
4. The evaluation body shall ensure that examiners assigned to an examination have due knowledge of the relevant
examination methods and examination documents as well as an appropriate competence in the field to be examined. It
shall also ensure that the necessary equipment, tools and materials are available for the practical examinations.
Article 9
Conditions for mutual recognition
1. Mutual recognition of certificates between Member States shall only apply to certificates issued in accordance with
Article 4 for natural persons and Article 6 for legal persons, for the activities specified in these certificates.
2. Member States shall not impose any evaluation or other type of assessment procedures or disproportionate
administrative requirements on holders of certificates issued in another Member State for the purpose of the recognition
of those certificates or for allowing access to employment to the holders of those certificates for the activities specified
therein.
3. Member States may require holders of certificates issued in another Member State to provide a translation of the
certificate into another official language of the Union.
Article 10
Existing certificates, refreshment courses or evaluation processes
Member States shall ensure that the refresher training courses or evaluation processes as required under Article 10(9) of
Regulation (EU) 2024/573 provide proof of the certified natural persons’ practical skills and theoretical knowledge as
specified in Annex I of this Regulation. For that purpose, they shall ensure that:
(a) Holders of Categories I and II certificates under Article 3(2) of Implementing Regulation (EU) 2015/2067 are only
allowed to continue using those certificates if they update their knowledge and skills to the level of the knowledge
and skills required for Certificate A1 and A2 respectively, as referred to in Article 3(2), points (a) and (b), of this
Regulation and specified in Annex I thereto.
(b) Holders of certificates of Category III under Article 3(2) of Implementing Regulation (EU) 2015/2067 are only
allowed to continue using those certificates if they update their knowledge and skills to the level of the knowledge
and skills required for D certificates, as referred to in Article 3(2), point (e), of this Regulation and specified in
Annex I thereto.
(c) Holders of certificates of Category IV under Article 3(2) of Implementing Regulation (EU) 2015/2067 are only
allowed to continue using those certificates if they update their knowledge and skills to the level of the knowledge
and skills required for E certificates, as referred to in Article 3(2), point (f), of this Regulation and specified in
Annex I thereto.
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Article 11
Implementing Regulation (EU) 2015/2067 is repealed.
References to the repealed Regulation shall be construed as references to this Regulation and read in accordance with the
correlation table in Annex II.
Article 12
This Regulation shall enter into force on the twentieth day following that of its publication in the Official Journal of the
European Union.
This Regulation shall be binding in its entirety and directly applicable in all Member States.
Done at Brussels, 6 September 2024.
For the Commission
The President
Ursula VON DER LEYEN
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ANNEX I
Minimum requirements as to the skills and knowledge to be covered by the evaluation bodies
(1) The examination for each of the Certificates referred to in Article 3(2) shall comprise of the following:
(a) a theoretical test with one or more questions testing that skill or knowledge, as indicated in the category columns
by T. In relation to Certificates A1 and A2, at least one of the questions shall relate to the specifics of CO and
2
ammonia and at least one question shall relate to energy efficiency of equipment; In relation to Certificates B and
C at least one of the questions shall relate to the specifics of hydrocarbons;
(b) a practical test where the applicant shall perform the corresponding task with the relevant material, tools and
equipment, as indicated in the Category columns by P.
(2) The examination shall cover each of the skills and knowledge groups specified under headings 1, 2, 3, 4, 5, 10 and 11
of the table below. In addition, for Certificates A1 and A2, it shall cover the skills and knowledge group specified under
heading 12 of that table, for Certificate B the skills and knowledge group specified under heading 13 of that table and
for Certificate C the skills and knowledge group specified under heading 14 of that table.
(3) The examination shall cover at least one of the skills and knowledge groups specified under heading 6, 7, 8 or 9 of the
table below. The candidate shall not know in advance of the examination which of these four components will be
examined.
(4) Member States shall ensure that their certification and training programmes are in line with the applicable standards.
Certificate
SKILLS AND KNOWLEDGE A1 A2 B C D E
1 Legislation and basic thermodynamics
1.00 Basic understanding of the applicable EU and T T T T T T
national legislation, in particular F-gas, WEEE
and Ecodesign
1.01 Knowledge of the basic ISO standard units for T T T T T T
temperature, pressure, mass, density and
energy
1.02 Understanding of basic theory of refrigera T T T T T —
tion systems: basic thermodynamics (key
terms, parameters and processes such as
Superheat, High Side, Heat of Compression,
Enthalpy, Refrigeration Effect, Low Side, Sub-
cooling), properties and thermodynamic
transformations of refrigerants, including
identification of zeotropic blends and fluid
states
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1.03 Use of relevant tables and diagrams and their T T T T — T
interpretation in the context of indirect leak
checks (including checking of the good
operation of the system): log (p),h diagram,
saturation tables of a refrigerant, diagram of a
single compression refrigeration cycle
1.04 Description of the function of the main com T T T T T —
ponents in the system (compressor, evapora
tor, condenser, thermostatic expansion
valves) and the thermodynamic transforma
tions of the refrigerant
1.05 Knowledge of the basic operation of the fol T T T T — —
lowing components used in a refrigeration
system and their role and importance for
refrigerant leakage prevention and identifica
tion: (a) valves (ball valves, diaphragms, globe
valves, relief valves), (b) temperature and pres
sure controls, (c) sight glasses and moisture
indicators, (d) defrost controls, (e) system pro
tectors, (f) measuring devices as manifold
thermometer, (g) oil control systems, (h)
receivers, (i) liquid and oil separators, taking
into account specifics of operation involving
highly flammable or toxic refrigerants
(hydrocarbons or NH ) and refrigerants oper
3
ating at high pressure (CO )
2
1.06 Knowledge about the specific behaviour, phy T T T T T T
sical parameters, solutions, systems,
deviances of all alternative refrigerants in
the refrigeration cycle and components for
their use
1.07 Knowledge of the characteristics of hydrocar T T T T T T
bons, CO , and NH and other non-fluori
2 3
nated refrigerants in contrast to F-gas refrig
erants
1.08 Knowledge about flammability, flame propa T T T T T T
gation, charge size restrictions, occupancy
limits for HFCs, H(C)FOs and hydrocarbons
1.09 Knowledge about pressure of CO , transcriti — — T — — —
2
cal and subcritical process, log (p),h diagram,
saturation tables of CO aggregate status of
2,
CO (formation of dry ice)
2
1.10 Knowledge about toxicity of NH , differences — — — T — —
3
between dry expansion and flooded systems,
negative pressure in deep-freeze systems
2 Environmental impact of refrigerants and relevant environmental regulations
2.01 Basic knowledge of the EU and international T T T T T T
climate change policy, including the United
Nations Framework Convention on Climate
Change (UNFCCC) and the Montreal Protocol
on Substances that Deplete the Ozone Layer
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2.02 Basic knowledge of the concept of Global T T T T T T
Warming Potential (GWP), the use of fluori
nated greenhouse gases and other substances
as refrigerants, the impact of the emissions of
fluorinated greenhouse gases on the climate
(order of magnitude of their GWP) and rele
vant provisions of Regulation (EU) 2024/573
and of the relevant implementing acts and a
basic knowledge of possible threats to the
environment, including from decomposition
products of certain fluorinated substances
(PFAS) such as HFCs, HFOs and HCFOs.
3 Checks before activating equipment, after a long period of non-use, after maintenance or repair
intervention, or checks during operation
3.01 Carrying out a pressure test to check the P P P P — —
strength of the system
3.02 Carrying out a pressure test to check the tight P P P P — —
ness of the system
3.03 Using a vacuum pump P P P P P —
3.04 Evacuation of the system to remove air and P P P P — —
moisture according to standard practice
3.05 Filling in of the data in the equipment records T T T T — —
and filling in of a report about one or more
tests and checks carried out during the exam
ination
4 Checks for leakage
4.01 Knowledge of potential leakage points of T T T T — T
refrigeration, air conditioning and heat
pump equipment
4.02 Check of equipment records prior to a check T T T T — T
for leakage and identification of the relevant
information on any repeating issues or pro
blem areas to pay special attention to
4.03 Carrying out a visual and manual inspection P P P P — P
of the whole system in accordance with Com
mission Regulation (EC) No 1516/2007(1)
4.04 Carrying out a check for leakage of the system P P P P — P
using an indirect method in accordance with
Regulation (EC) No 1516/2007 and the
instruction manual of the system
4.05 Using portable measuring devices such as P P P P — P
manometer sets, thermometers and multi-
meters for measuring Volt/Amp/Ohm in the
context of indirect methods for leakage
checking, and interpret the measured para
meters
4.06 Carrying out a check for leakage of the system P P — — — —
using one of the direct methods referred to in
Regulation (EC) No 1516/2007
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4.07 Carrying out a check for leakage of the system P P P P — P
using one of the direct methods which does
not entail breaking into the refrigeration cir
cuit, referred to in Regulation (EC)
No 1516/2007
4.08 Use of an appropriate electronic leak detec P P P P — P
tion device
4.09 Filling in of the data in the equipment records T T T T — T
5 Environment-friendly handling of the system and refrigerant during installation, maintenance,
servicing or recovery
5.01 Connection and disconnection of gauges and P P P P P —
lines with minimal emissions
5.02 Emptying and filling a refrigerant cylinder in P P P P P —
both liquid and vapour state
5.03 Use of a recovery set to recover refrigerant P P — P P —
and connect and disconnect recovery set
with minimal emissions
5.04 Drainage of refrigerant contaminated oil out P P — — P —
of a system
5.05 Identification of refrigerant state (liquid, P P P P P —
vapour) and condition (subcooled, saturated
or superheated) prior to charging, to ensure
correct method and volume of charge. Filling
the system with refrigerant (both in the liquid
and vapour phase) without loss of refrigerant
5.06 Choice of the correct type of scales and use of P P P P P —
them to weigh the refrigerant
5.07 Filling in the equipment records with all rele T T T T T —
vant information concerning the refrigerant
recovered or added
5.08 Knowledge of requirements and procedures T T T —
for handling, reusing, reclaiming, storage and
transportation of fluorinated refrigerant and
oils, including when contaminated
5.09 Knowledge of requirements and procedures T T — — T —
for handling, filling, recovering, storage and
transportation of hydrocarbons and oils,
including when contaminated, and installa
tion of equipment and systems relying on
hydrocarbons
5.10 Knowledge of requirements and procedures — — T — — —
for handling, filling, , storage and transporta
tion of R744 (CO ), and oils, including when
2
contaminated, and installation of equipment
and systems relying on R744
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5.11 Knowledge of requirements and procedures — — — T — —
for handling, filling, recovering, , storage and
transportation of R717 (NH ) and oils,
3
including when contaminated, and installa
tion of equipment and systems relying on
R717. Knowledge of the effects of the release
of R717 during installation or maintenance
work, through leaks or accidents and of how
to reduce these effects (for example using
scrubbers) with proper planning
6 Component: installation, putting into operation and maintenance of reciprocating, screw and
scroll compressors, single and two-stage
6.01 Explanation of the basic functioning of a T T T T — —
compressor (including capacity control and
lubricating system) and risks of refrigerant
leakage or release associated to it
6.02 Proper installation of a compressor, including P P P P — —
control and safety equipment, so that no leak
or major release occurs once the system is put
into operation
6.03 Adjustment of the safety and control switches P P P P — —
6.04 Adjustment of the suction and discharge P — — P — —
valves
6.05 Check of the oil return system P P P P — —
6.06 Starting up and shutting down a compressor P P P P — —
and checking the good working conditions
of the compressor, including by making mea
surements during operation of compressor
6.07 Writing of a report about the condition of the T T T T — —
compressor, which identifies any problems in
the functioning of the compressor that could
damage the system and eventually lead to
refrigerant leakage or release should no
action be taken
6.08 Knowledge of measures improving or main T T T T — —
taining the energy efficiency of equipment
during installation or maintenance of com
pressors
7 Component: installation, putting into operation and maintenance of air cooled and water-cooled
condensers
7.01 Explanation of the basic functioning of a con T T T T — —
denser and risks of leakage associated to it
7.02 Adjustment of a discharge pressure control of P P P P — —
the condenser
7.03 Proper installation of a condenser/outdoor P P P P — —
unit, including control and safety equipment,
so that no leak or major release occurs when
the system has been put into operation
7.04 Adjusting the safety and control switches P P P P — —
7.05 Checking the discharge and liquid lines P P P P —
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7.06 Removing non-condensable gases out of the P P P P — —
condenser using a refrigeration purging
device
7.07 Starting up and shutting down a condenser P P P P — —
and check of the good working condition of
the condenser, including by making measure
ments during operation
7.08 Checking the surface of the condenser P P P P — —
7.09 Writing of a report about the condition of the T T T T — —
condenser, which identifies any problems in
the functioning that could damage the system
and eventually lead to refrigerant leakage or
release should no action be taken
7.10 Knowledge of measures of improving or T T T T — —
maintaining the energy efficiency of equip
ment during installation or maintenance of
condensers
8 Component: installation, putting into operation and maintenance of air cooled and liquid cooled
evaporators
8.01 Explanation of the basic functioning of an T T T T — —
evaporator (including defrosting system)
and risks of leakage associated to it
8.02 Adjustment of an evaporating pressure con P P P P — —
trol of the evaporator
8.03 Installation of an evaporator including con P P P P — —
trol and safety equipment, so that no leak or
major release occurs when the system has
been put into operation
8.04 Adjustment of the safety and control switches P P P P — —
8.05 Checking the liquid and suction pipelines in P P P P — —
the correct position
8.06 Checking the hot gas defrost pipeline P P P P — —
8.07 Adjustment of evaporation pressure regula P P P P — —
tion valve
8.08 Starting up and shutting down an evaporator P P P P — —
and check of the good working condition of
the evaporator, including by making mea
surement during operation
8.09 Checking the surface of the evaporator P P P P — —
8.10 Writing of a report about the condition of the T T T T — —
evaporator, which identifies any problems in
the functioning that could damage the system
and eventually lead to refrigerant leakage or
release should no action be taken
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8.11 Knowledge of measures of improving or T T T T — —
maintaining the energy efficiency of equip
ment during installation or maintenance of
evaporators
9 Component: installation, putting into operation and servicing of Thermostatic Expansion Valves
(TEV) and other componentsx
9.01 Explanation of the basic functioning of differ T T T T — —
ent kinds of expansion regulators (thermo
static expansion valves, capillary tubes) and
risks of leakage associated to it
9.02 Installation of valves in the correct position P P P P — —
9.03 Adjustment of a mechanical/electronic EV P P P P — —
9.04 Adjustment of mechanical and electronic P P P P — —
thermostats
9.05 Adjustment of a pressure-regulated valve P P P P — —
9.06 Adjustment of mechanical and electronic P P P P — —
pressure limiters
9.07 Checking the functioning of an oil separator P P P P — —
9.08 Checking the condition of a filter dryer P P P P — —
9.09 Writing of a report about the condition of T T T T — —
these components, which identifies any pro
blems in the functioning that could damage
the system and eventually lead to refrigerant
leakage or release should no action be taken
9.10 Knowledge of measures of improving or T T T T — —
maintaining the energy efficiency of equip
ment during installation or maintenance of
TEV and other components
10 Piping: building a leak-tight piping system in a refrigeration installation
10.01 Welding, brazing and/or soldering of leak- P P P P — —
free joints on metallic tubes, pipes and com
ponents that can be used in refrigeration, air
conditioning or heat pump systems
10.02 Making/checking of pipe and component P P P P — —
supports
ELI: http://data.europa.eu/eli/reg_impl/2024/2215/oj 13/19EN
OJ L, 9.9.2024
11 Information on relevant technologies to replace or to reduce the use of fluorinated greenhouse
gases and their safe handling
11.01 Knowledge of the relevant alternative tech T T T T T T
nologies to replace or to reduce the use of
fluorinated greenhouse gases and of their
safe handling
11.02 Knowledge of relevant system designs to T T — — — —
reduce the charge size of fluorinated green
house gases and to increase energy efficiency
11.03 Knowledge of relevant safety regulations and T T T T — —
standards for the use, storage and transporta
tion of flammable or toxic refrigerants or
refrigerants requiring higher operating pres
sure. Understanding of the site-specific con
ditions under which it is allowed to use equip
ment not fulfilling the requirements set out in
Annex IV to Regulation (EU) 2024/573 due
to safety requirements
11.04 Understanding of the respective advantages T T T T — —
and disadvantages, notably in relation to
energy efficiency, of alternative refrigerants
according to the intended application and to
the climate conditions of the different regions
11.05 Knowledge of differences in components and T T — — T —
system design for equipment and systems
relying on hydrocarbons
11.06 Knowledge of differences in components and — — T — — —
system design for equipment and systems
relying on R744 (CO ), such as requirements
2
for pipework materials, the function of boos
ter-systems, medium-pressure and high-pres
sure control valves, system and process opti
misation of R744 (CO ) refrigeration systems
2
to increase the system efficiency such as par
allel compressors, ejector technology (liquid
and gas ejector) and systems with partial
flooding, Know safety concepts for limiting
standstill pressure and of the use of stagna
tion cooling systems
11.07 Knowledge of differences in components and — — — T — —
system design for equipment and systems
relying on R717 (NH ), such as compressor
3
designs, compressors with separate motors,
capacity control of reciprocating and screw
compressors, compressor circuits, single
and two-stage compression, Evaporative con
densers, separator operation and level con
trol, float switches, thermosyphon, difference
in oil management (use of non-mixable oils),
oil regulation, basic knowledge of direct sys
tems (DX, flooded, recirculation operation
and LCA) and indirect systems,
14/19 ELI: http://data.europa.eu/eli/reg_impl/2024/2215/ojEN
OJ L, 9.9.2024
12 Installation and good practice of servicing for equipment and systems relying on hydrocarbons
12.01 Knowledge of the labelling requirements and T T — — — —
special requirements for flammable refriger
ants in equipment, systems and refrigerant
cylinders and special requirements on bottle
connections
12.02 Knowledge of the safety requirements for ser T T — — — —
vice tools and equipment such as gas detec
tion, leak detection, ventilation, personal pro
tective equipment, vacuum pumps, recovery
units; requirements for disposal of recovered
gases.
12.03 Calculation of the charge of flammable refrig P P — — — —
erant in a system according to applicable
safety standards.
12.04 Performance of a risk analysis before starting P P — — — —
the work and elimination or, if elimination is
not possible, identification of sources of dan
ger.
12.05 Preparation of the work area and selection of P P — — — —
appropriate tools, equipment and protective
equipment for working on systems relying on
flammable refrigerants
12.06 Recovery of flammable refrigerants safely P P — — — —
from the system and filling of the system
with nitrogen
12.07 Opening of the system, removal and P P — — — —
exchange of a component, closing of the sys
tem
12.08 Performance of a pressure test to check the P P — — — —
tightness of the system
12.09 Performance of a vacuum test to remove the P P — — — —
moisture and check the tightness of the sys
tem
12.10 Charge of the system with the appropriate P P — — — —
volume of hydrocarbon refrigerant
12.11 Performance of a leakage check at the system P P — — — —
with a direct method
12.12 Writing of a report about the performed ser P P — — — —
vice work
12.13 Checking that health and safety measures T T — — — —
according to applicable rules are in place at
the location of the system (e.g. signs, emer
gency exits, gas sensors, gas alarms etc.)
12.14 Knowledge of measures of improving or T T — — — —
maintaining the energy efficiency of equip
ment during installation or maintenance
with flammable refrigerants
ELI: http://data.europa.eu/eli/reg_impl/2024/2215/oj 15/19EN
OJ L, 9.9.2024
13 Installation and good practice of servicing for equipment and systems relying on R744 (CO )
2
13.01 Knowledge of the requirements for labelling — — T — — —
of R744 in systems and in pressure vessels
13.02 Reading and understanding of piping and — — T — — —
instrumentation diagrams of refrigeration
systems with R744
13.03 Knowledge of the special requirements for — — T — — —
refrigerant cylinders and double valves and
for gas extraction
13.04 Knowledge of the safety requirements for ser — — T — — —
vice tools and equipment such as gas detec
tion, leak detection, personal protective
equipment
13.05 Calculation of the charge of R744 in a system — — T — — —
according to applicable safety standards
13.06 Performance of a risk analysis before starting — — P — — —
the work and elimination or, if elimination is
not possible, identification of sources of dan
ger.
13.07 Preparation of the work area and selection of — — P — — —
appropriate tools, equipment and protective
equipment for working on systems relying on
R744
13.08 Performance of a pressure test to check the — — P — — —
pressure resistance and tightness of the sys
tem
13.09 Performance of a vacuum test to remove the — — P — — —
moisture and check the tightness of the sys
tem
13.10 Safe removal of R744 refrigerant from the — — P — — —
system
13.11 Charge of the system with the appropriate — — P — — —
volume of R744 in gaseous
13.12 Performance of a leakage check at the system — — P — — —
with a direct method
13.13 Writing a report about the performed service — — P — — —
work
13.14 Checking that health and safety measures — — P — — —
according to applicable rules are in place at
the location of the system (for example signs,
emergency exits, gas sensors, gas alarms etc.)
13.15 Knowledge of the significance of high pres — — T — — —
sure at the triple point and the formation of
dry ice
13.16 Knowledge of the safety requirements for — — T — — —
operating a system with R744 refrigerant
13.17 Knowledge of measures of improving or — — T — — —
maintaining the energy efficiency of equip
ment during installation or maintenance
with higher-pressure refrigerants
16/19 ELI: http://data.europa.eu/eli/reg_impl/2024/2215/ojEN
OJ L, 9.9.2024
14 Installation and good practice of servicing for equipment and systems relying on R717 (NH )
3
14.01 Reading and understanding of piping and — — — T — —
instrumentation diagrams of refrigeration
systems with R717 (NH )
3
14.02 Knowledge of the special requirements for — — — T — —
refrigerant cylinders and gas extraction
14.03 Knowledge of the requirements for labelling — — — T — —
of toxic refrigerants in systems and in pres
sure vessel
14.04 Knowledge of the safety requirements for ser — — — T — —
vice tools and equipment (recovery stations,
vacuum pumps, electronic leak detectors)
including gas detection, leak detection, perso
nal protective equipment especially gas
masks
14.05 Knowledge of the rules of safe operation, — — — T — —
including precautions against fires and explo
sions as well as injuries due to toxicity
14.06 Knowledge of the materials compatible with — — — T — —
R717 (NH )
3
14.07 Preparation of the work area and selection of — — — P — —
appropriate tools, equipment and protective
equipment for working on systems relying on
R717 (NH )
3
14.08 Performance of a risk analysis before starting — — — P — —
the work and elimination or, if elimination is
not possible, identification of sources of dan
ger.
14.09 Basic knowledge of the correct construction — — — P — —
and installation or service activities of sys
tems
14.10 Carrying out a pressure test to check the tight — — — P — —
ness of the system
14.11 Carrying out a vacuum test to remove moist — — — P — —
ure and check the tightness of the system
14.12 Charge of the system with designed charge of — — — P — —
toxic refrigerant
14.13 Carrying out a check for leakage of the system — — — P — —
using one of the direct methods
14.14 Safe recovery of toxic refrigerant from the — — — P —
system and filling the system with nitrogen
14.15 Writing of a report about the performed ser — — — P — —
vice work
14.16 Visual inspection of the tightness of system — — — P — —
components such as safety valves and their
inspection interval
14.17 Checking that health and safety measures — — — P — —
according to applicable rules are in place at
the location of the system (for example signs,
emergency exits, gas sensors, gas alarms etc.)
ELI: http://data.europa.eu/eli/reg_impl/2024/2215/oj 17/19EN
OJ L, 9.9.2024
14.18 Calculation of allowed toxic refrigerant — — — T — —
charge in a system according to applicable
safety standards
14.19 Knowledge ofmeasures of improving or — — — T — —
maintaining the energy efficiency of equip
ment during installation or maintenance
with toxic refrigerants
(1) Commission Regulation (EC) No 1516/2007 of 19 December 2007establishing, pursuant to Regulation (EC) No 842/2006 of
the European Parliament and of the Council, standard leakage checking requirements for stationary refrigeration, air
conditioning and heat pump equipment containing certain fluorinated greenhouse gases (OJ L 335, 20.12.2007, p. 10, ELI:
http://data.europa.eu/eli/reg/2007/1516/oj).
18/19 ELI: http://data.europa.eu/eli/reg_impl/2024/2215/ojEN
OJ L, 9.9.2024
ANNEX II
Correlation table
Implementing Regulation (EU) 2015/2067 This Regulation
Article 1 Article 1
Article 2 Article 2
Article 3 Article 3
Article 4 Article 4
Article 5 Article 5
Article 6 Article 6
Article 7 Article 7
Article 8 Article 8
Article 9 —
Article 10 Article 9
— Article 10
Article 11 Article 11
Article 12 Article 12
Annex I Annex I
Annex II Annex II
ELI: http://data.europa.eu/eli/reg_impl/2024/2215/oj 19/19