Versalis is Eni's chemical company. It's the largest Italian chemical company with an international presence and is strongly motivated to play a leading role in the transition to a sustainable growth model. Versalis integrates circularity principles into the management of its processes and products throughout their life cycle. The three pillars of its strategy are based on innovation and are:
The Company has a product portfolio geared to a constantly evolving market. This is based on its industrial expertise, research and innovation, extensive range of proprietary technologies, extensive distribution network and after-sales service activities.
It also has a presence in the Asia-Pacific region, with offices in Shanghai, Mumbai (India) and Singapore. In the same region, LVE, a joint venture with South Korea's Lotte Chemical, aims to advance development in the field of elastomers. It also has sales offices in Houston (Texas) to strengthen its presence in the local market, through its Versalis Americas subsidiary, particularly in the field of elastomers. It has a presence in Ghana, the Congo and the Middle East with VPM, a JV with Mazrui Energy service, which plays an active role in the Energy sector, with its oilfield chemicals portfolio.
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Versalis is a constantly evolving business and a player on the international chemical industry scene. It is committed to producing renewable chemicals with strategic partners, to products that use cutting-edge technologies and to highly innovative research projects.
Versalis is looking for inquisitive and proactive people with STEM skills. Other soft skills that are essential for working in this field are the ability to work as part of a team and flexibility, which is important for embracing innovation and change.
The work areas vary from conventional chemicals to renewable chemicals.
Renewable chemicals are an important part of Versalis's growth strategy, leading the way to a shift towards technologies that are in line with the principles of the bio-economy, and they are in synergy with conventional production. Versalis is committed to developing a model that takes the entire production cycle into account, in terms of the utilisation of renewable resources, reducingCO2 emissions and energy efficiency. The commitment to renewable chemicals focuses on new production processes that use renewable raw materials, such as solid biomass, to produce intermediates and polymers. Versalis is developing supply chains and technological platforms that cover various fields (agronomic, biochemical and chemical) through its dedicated Biotech Business Unit. It also aims to enhance integration with the local area that supplies the biomass, offering growth opportunities.
Versalis carries out research activities across the entire renewable chemicals supply chain at its centres in Novara (laboratory scale) and Rivalta Scrivia (Alessandria), for pilot-scale research on saccharification technology from lignocellulosic biomass to second-generation (non-edible) sugars and the subsequent fermentation to bioethanol. In Porto Torres, research is conducted by the Matrìca research centre, a renewable chemicals joint venture with Novamont, to support site-specific production and various other projects.
Versalis is busy restarting bioethanol production In Crescentino (Vercelli).
In response to the covid-19 health emergency, Versalis made its expertise and Crescentino facilities available to produce a range of disinfectants, called Invix®, using ethanol from plant raw materials as the active ingredient.
The disinfectant is medical-surgical grade and was developed from a World Health Organisation formulation and authorised by the Italian Ministry of Health.
Versalis Biotech's research centres in Rivalta Scrivia (Alessandria) and Novara are working towards further developments in the production of a full range of renewable products from fermentation, such as bio-oils for the bio-refinery, fully biodegradable polymers (PHA polyhydroxyalkanoates), intermediates for bio-polymers and bio-chemicals, all from second-generation sugars.