SUSTAINABILITY REPORT 2023

ORI Martin has released its fifth Sustainability Report for 2023, a document that reflects our ongoing commitment to environmental, social, and economic sustainability. This year's report highlights the progress in integrating sustainable practices across all operations and adopting innovative solutions to reduce our impact on the environment and the local community.

Among the key focus areas in the 2023 Sustainability Report, ORI Martin has strengthened its commitment to reducing CO2 emissions, enhancing energy efficiency, and managing resources responsibly. The company continues to invest in projects and technologies that support the transition towards a more sustainable future.

In 2023, ORI Martin formally defined its decarbonisation strategy.
The plan identifies an emissions reduction target in terms of tonnes of direct and indirect CO2e (Scope 1 and Scope 2) per tonnes of billet produced.
The reduction target is in line with the ‘Science Based Target Inititiative’ (SBTi), and aims at a 30% reduction on Scope 1 and 2 emissions by 2030, using 2018 data as a baseline.
The second target for 2030 is the use of at least 25% of green energy. In order to meet this targets, a series of actions have been planned, relating to energy efficiency and renewable energy.

The use of EAF furnaces instead of Blast Furnaces, allows the use of ferrous scrap as a raw material, giving an infinite life cycle to steel products that will become scrap again and then again raw material.

The project is worth over 12 million euros and has been active since 2016, the first of its kind in Italy; it was implemented in collaboration with technical partners such as Tenova, Turboden and A2A.
The I-Recovery system allows to convey the large amount of heat contained in the fumes of the electric arc furnace into a system that avoids its dispersion.
In fact, the heat is recovered through the generation of steam, which is stored and used as dual purpose:
it is either transformed into thermal energy to be fed into Brescia district heating network or into electricity through an organic fluid turbine (ORC).
Thanks to this technology, I-Recovery supplies about 10MWt for heating in the winter period, equivalent to the annual needs of about 2,000 families. In summer, however, it produces clean electricity (about 1.8 MWe), equivalent to the needs of about 700 families.

The HEATLEAP PROJECT is realized in partnership with Turboden, the heat pump provider and in collaboration with other important companies such as A2A, the CSMT - Centro Servizi Multisettoriale Tecnologico, Rina consulting and Cogen Europe and financed by the European Commission on the LIFE 2020 call.
Out of a total cost of 6.5 million Euros, the HEATLEAP project received a grant of 2.5 million Euros from the European Commission on the LIFE 2020 call for proposals. The project has officially started on 1^ST June 2020 and will last two and a half years.
The main objective of the project is to recover most of the thermal waste of steelmaking, which would otherwise be dispersed in the environment.
Thanks to a special, large heat pump with a size of up to 7 MWth, the heat is recovered at a low temperature (about 70°C) and then taken up to an adequate temperature (from 95°C up to 120°C) to then be put into the town district heating network.

Read the news for further information.

To promote and develop the circular economy, ORI Martin has joined the Coralis project, funded by the European Union under Horizon 2020. This programme focuses on the valorisation and reuse of metal waste, aiming at a reduction of material sent to landfills.

The waste produced in the industrial areas of the three countries participating in the project (Brescia, Italy, Frovi, Sweden and Escombreras, Spain) is treated with advanced technologies and transformed into raw material, to be recovered or reused in other production processes with a view to synergy and circular economy.

As part of a consortium of 29 companies, research centres, and universities, ORI Martin plays a key role in recovering metallic residues rich in powders and oxides, which are then reintroduced as raw materials (iron) into the steelmaking process.

All project info >> https://www.coralis-h2020.eu/

ORI Martin uses the Consteel technology, which allows the continuous loading of the scrap into the electric arc furnace through a special mechanical conveyor that allows the preheating of the scrap with greater energy efficiency.
Furthermore, this technology brings considerable advantages both for the lower consumption of electricity and for the problems related to the environmental impact (reduction of the plant’s acoustic impact and secondary emissions due to the reduction of scrap loading with buckets) and for a better control of the radioactivity of the incoming scrap.

Water is amongst the most monitored resources by ORI Martin as a vital asset to be preserved. Large amounts of water are required to cool the furnaces in steelmaking.
Water that comes into direct contact with steel during the cooling phase require a treatment to eliminate metal scale and oils. In such case, water is conveyed to special collection tanks to be sent to the purification plants (one for the steel shop and one for the rolling mill), equipped with settling tanks and sand filters.
The continuous investments in water recycling allowed to reduce by more than 60% in 20 years the specific consumption of water per ton of hot rolled product.

ORI Martin supports the development of renewable energy in Italy.
In October 2019, in fact, The Company finalized a 5-year Power Purchase Agreement (PPA) with a Swiss energy trader (DXT Commodities) and a German investment fund (KGAL Investment Management).
That agreement foresees energy production through a 53 MW photovoltaic power station installed in Sardinia and launched in November 2020.
From that moment, 10% of the facility’s energy needs will come from renewable sources, exploiting solar energy.

The plant will allow a significant reduction in CO₂ emissions into the atmosphere, equal to the effect that would be obtained by planting a forest of about 50,000 trees.

In 2018, approximately 1 MW of solar panels for the production of electricity were installed in the production sites of San Pietro Mosezzo (NO) and Cologne (BS), which will save 8,800 tons of CO₂ emissions over the coming 20 years.

Brescia plant is part of the Emission Trading System (EU - ETS), an instrument set up by the European Union Directive 2003/87, aimed at monitoring and progressively reducing greenhouse gas emissions from the highest energy-intensive industrial sectors.
The ETS system, designed to tackle climate change, rests its foundations on a mechanism called “cap and trade”. This mechanism caps the presence of a maximum limit of tons of CO₂ that industrial plants subject to this system can emit. Based on the actual quantity emitted and declared annually, the subjects receive or purchase emission quotas that can be exchanged through a sale on the global CO₂ market.

ORI Martin pays great attention to the acoustic impact caused in the surrounding area by the activities of the plant and the movement of heavy vehicles.

For several years, the Company has been intervening in the most critical areas of the plant by installing soundproof walls and doors with the aim of containing the noise produced by the systems.

These interventions provided compliance with the noise pollution limits set by the Municipality.

As a further step towards an environmentally sustainable production, in 2022 ORI Martin has concluded the Life Cycle Assessment (LCA) of its steel products in order to register them for the Environmental Product Declaration (EPD) certification.

The Environmental Product Declaration (EPD) is a voluntary declaration describing the environmental performances of products in compliance with the ISO 14025 international standard. The EPD is the main environmental certification in the Italian and European context and represents an essential step to declare the sustainability performances of production.

ORI Martin S.p.A. received the EPD for the following products:
•    Steel billets
•    Hot-rolled wire roads and bars
•    Annealed wire-roads and bars
•    Quenched and tempered bars

Several research projects are underway to develop new systems, new applications and new patents for the recovery of steel mill slag and waste products.

ORI Martin has participated in the RAMET Consortium (www.consorzioramet.it) since its foundation. This brings together 21 metallurgical companies from Brescia in a common project for the study and monitoring of the environmental impact of the production activities both on the workplace and the vicinity. The consortium's activity is carried out through the implementation of modeling studies relating to the presence of pollutants in the air, environmental chemical analyses and studies on micropollutants, as well as research on the treatment, disposal and reuse of waste.

The acronym of "European Steel Technology Platform", a non-profit organization in which ORI Martin has participated, together with other electricity cycle producers, since 2020 in the "Clean Steel" project with the aim of defining the guidelines for the production of clean steel from electric furnaces at a European level.

www.estep.eu