TMO Renewables Limited

("TMO" ou "la Société")

La société TMO a été sélectionnée pour participer à la Conférence CleanEquity Monaco 2010

4- 5 mars 2010

TMO Renewables Ltd, une société leader dans le développement d'un nouveau procédé de transformation de la biomasse en bioéthanol, est heureuse d'annoncer qu'elle participera à la Conférence CleanEquity Monaco 2010, l'évènement phare en matière de technologies environnementales, organisé pour la troisième année consécutive par la banque d'investissement spécialisée basée à Londres, Innovator Capital. Hamish Curran, directeur général de TMO, prendra la parole au Sporting d'Hiver lors de cet évènement prestigieux qui se déroulera les 4 et 5 mars prochains.

A major obstacle to developing a commercially viable, second generation, bioethanol process utilising cellulosic feedstocks is to find a micro-organism able to efficiently convert the sugars from a wide range of biomass to ethanol. TMO has developed such a strain of thermophilic bacteria capable of efficiently breaking down woody biomass to ethanol at high yields. It has now brought this process on to an industrial scale at its process demonstration unit in Surrey, UK, which has successfully completed more than one year of 24/7 operation.

Hamish will discuss TMO's technology and how the bacteria's broad appetite and ability to grow at high temperatures offer a range of process advantages including rapid feedstock conversion, low enzyme requirements, and low microbial contamination, which reduce capital and operating requirements. TMO's success in implementing its second generation bioethanol process was recognised in 2009, when it won the Carbon Trust Award for Innovation in the Transport category.

Hamish Curran, Chief Executive of TMO, commented: "We are very excited to be presenting again at CleanEquity Monaco, especially as TMO has completed more than one year of successful 24/7 operation at our process demonstration unit as well as raising £11 million for the subsequent commercial roll-out of our technology. This invitation to speak is recognition of TMO as an important global leader within the cleantech community and we truly value the opportunity to attend."

At CleanEquity Monaco 2010 an expert selection of inspirational global cleantech companies will present to senior members of the world's investment community as well as policy makers, media and industry-specific regulators. This prestigious event provides a rare opportunity for industry leaders to get together to discuss key themes and sector issues. It is also, crucially, a forum for investment, gathering intelligence, business development and exposure to cutting-edge science.

- Ends - For further information, please contact:

TMO Renewables Limited

www.tmo-group.com

Hamish Curran

info@tmo-group.com

Tel: +44 (1483) 303305

Media enquiries:

Abchurch Communications

www.abchurch-group.com

Monique Tsang / Hannah Sharman

monique.tsang@abchurch-group.com

Tel: +44 (0) 20 7398 7712

About TMO Renewables Limited

TMO Renewables Limited is a world leader in the development of 'second generation' biofuels produced from biomass or biowaste rather than virgin crops. TMO has built the UK's first cellulosic ethanol process demonstration unit (PDU) which integrates all the necessary steps in a continuous ethanol production process. This facility has been operational since the summer of 2008.

TMO's unique high-temperature fermentation process boasts high efficiencies and fast conversion rates. It is capable of utilising all of the sugars, including complex longer-chain forms. At the core of the TMO process is a talented, heat-loving bacterium (a thermophile) that is able to grow at high temperatures (60°C-70°C). The bacterium, TM242, was developed from a wild type found on a compost heap and, as such, has an unusually broad appetite for biomass-derived sugars, rapidly converting them into cellulosic bioethanol. By contrast to conventional batch methods at existing ethanol plants, this allows a continuous production process which requires relatively mild pre-treatment and simple hydrolysis steps prior to rapid fermentation.

www.tmo-group.com

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