Webinar on Best Available Techniques (BAT): Insights from the Cement Production and Waste Incineration Sectors - Georgios Chronopoulos

OECD_ENV 1 views 10 slides Oct 13, 2025
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About This Presentation

This webinar is the third in a series on industrial pollution prevention and control. It explores how Best Available Techniques (BAT) are used to reduce industrial emissions in the cement production and waste incineration sectors. Drawing on cross-country insights from OECD reports, Activity 6: Cros...


Slide Content

1
OECD Webinar “Best Available Techniques (BAT) for Industrial Emission Prevention and
Control: Insights from Cement production and Waste Incineration sectors”
24 September 2025
Georgios Chronopoulos
EuropeanBureau for Researchon Industrial Transformationand Emissions(EU-BRITE)
Joint ResearchCentre –EuropeanCommission
The EU BREF for the Production of Cement,
Lime and Magnesium Oxide
(CLM BREF - 2013)

2
Overview
Overview of EU CLM BREF and
its BAT conclusions
INCITE– 2
nd
Sectoral Workshop on CLM innovation

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Overview of the EU CLM BREF (1/3)
Covers the following IED Annex I activities:
3.1. Production of cement, lime and magnesium oxide:
-production of cement clinker in rotary kilns with a production capacity
exceeding 500 tonnes per day or in other kilns with a production capacity
exceeding 50 tonnes per day;
-production of lime in kilns with a production capacity exceeding 50 tonnes per day;
-production of magnesium oxide in kilns with a production capacity exceeding 50 tonnes per
day(dry process route).

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Overview of the EU CLM BREF (2/3)
Processes covered:
-production of cement, lime and magnesium oxide (dry process route)
-raw materials–storage and preparation
-fuels–storage and preparation
-use of waste as raw materials and/or fuels, quality requirements, control and
preparation
-products–storage and preparation
-packaging and dispatch.

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Overview of the EU CLM BREF (3/3)
Structure of the BREF:
-Preface
-Scope
-Chapter 1: Cement industry
-Chapter 2: Lime industry
-Chapter 3: Magnesium oxide industry (dry
process route based on mined natural
magnesite)
-Chapter 4: BAT conclusions
-Chapter 5: Concluding remarks and
recommendations for future work
-Chapter 6: Annexes
-Glossary
-References
1.1. General information about the cement industry
1.2. Applied processes and techniques in cement industry
1.3. Current consumption and emission levels
1.4.Techniques to consider in the determination of BAT
1.5. Emerging techniques in the cement industry
Scope
4.1. General BAT conclusions
4.2. BAT conclusions for the cement industry

4.5. Description of techniques for the cement industry

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BAT conclusions for the cement industry (1/3)
General BAT conclusions:
-EMS (Environmental Management System)
-Noise
BAT conclusions for the cement industry
•General primary techniques (process control optimisation, gravimetric solid fuel feeding system,
selection and control of all substances entering the kiln)
•Monitoring (of process parameters and pollutants, continuous or periodic)
•Energy consumption
•Use of waste (waste quality control, waste feeding into the kiln, safety management for use of
hazardous wastes)
•Dust emissions (diffuse emissions, from dusty operations*, from kiln firing processes*, from
cooling and milling processes*)
•Gaseous compounds: NO
X*, SO
X*, CO and CO trips minimisation, TOC, HCl*, HF*
•PCDD/F*, metals (Hg*, Σ(Cd, Tl)*, Σ(As, Sb, Pb, Cr, Co, Cu, Mn, Ni, V)*)
•Process losses/waste generation
*: BAT-AEL established

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BAT conclusions for the cement industry (2/3)
BAT-AELs
❑Dust:
•Dusty operations (crushing of raw materials; raw material conveyors and elevators; the storage of
raw materials, clinker and cement; the storage of fuels and the dispatch of cement): <10 mg/Nm
3
(average over the sampling period)
•Firing process: <10 – 20 mg/Nm
3
(daily average)
•Cooling and milling: <10 – 20 mg/Nm
3
(daily average or average over the sampling period)
❑NO
X:
•Preheater kilns: <200 – 450 mg/Nm
3
(daily average)
•Lepol and long rotary kilns: 400 – 800 mg/Nm
3
(daily average)
❑NH
3 slip: (in case of SNCR use): <30 – 50 mg/Nm
3
(daily average)

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BAT conclusions for the cement industry (3/3)
BAT-AELs
❑SO
X: <50 – 400 mg/Nm
3
(daily average)
❑HCl: <10 mg/Nm
3
(daily average or average over the sampling period)
❑HF: <1 mg/Nm
3
(daily average or average over the sampling period)
❑PCDD/F: <0.05 –0.1 ng PCDD/F I-TEQ/Nm
3
❑Metals:(average over the sampling period)
•Hg:<0.05 mg/Nm
3

•Σ(Cd, Tl): <0.05mg/Nm
3
•Σ(As, Sb, Pb, Cr, Co, Cu, Mn, Ni, V):<0.5mg/Nm
3

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INCITE
October 2025: 2
nd
sectoral workshop (Cement, lime and
magnesium oxide production)
INCITE sectoral workshops will review and help to fast-
track the uptake of innovative techniques with the
potential to accelerate the transition towards a greener
and more competitive industry, starting with energy-
intensive sectors.
For 2 days (30-31 October) participants will review key
European and global industrial projects aiming to achieve
zero pollution, climate neutrality, increased resource
efficiency and circularity in the cement, lime and
magnesium oxide sector.
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Thank you
© European Union 2024
Unless otherwise noted the reuse of this presentation is authorised under the CC BY 4.0 license. For any use or reproduction of elements that are not owned by the
EU, permission may need to be sought directly from the respective right holders.
Contact:
[email protected]
EU-BRITE webpage
https://bureau-industrial-transformation.jrc.ec.europa.eu/
EU CLM BREF available in: https://bureau-industrial-transformation.jrc.ec.europa.eu/reference/production-cement-lime-and-
magnesium-oxide

INCITE
[email protected]
https://innovation-centre-for-industrial-transformation.ec.europa.eu/