Advanced BioFuels USA

by Paolo Corvo (Clariant/Biofuels Digest)  … The success of making use of that sustainable biomass resource and a rapid uptake of bioenergy technologies relies on many factors. One of it is the cost of feedstock, which is directly dependent on the development, establishment and execution of a reliable, stable, high-quality feedstock supply chain. The efficient operation of all aspects along the feedstock supply chain, including harvesting, collecting, storing, transporting and handling is important to ensure a stable supply while still being cost-efficient and meeting biorefinery quality specifications of the delivered feedstock.

When it comes to the set-up of a bioenergy feedstock supply chain there are many flexible factors that need to be taken into consideration. Biomass harvesting and collection, for example, greatly depends on the type of feedstock, local conditions and final usage. The aim of each feedstock supply strategy has to be to integrate time-sensitive feedstock collection, storage and delivery options into an efficient, year-round supply system that sustainably delivers consistently high-quality, infrastructure-compatible feedstocks to biorefineries.

In the past, there have been already cases worldwide where such a stable feedstock supply chain at commercial level has been established. Pécs, a Hungarian city with 160.000 inhabitants, is a prime example. Veolia, a leading energy supplier in Europe, operates two electricity and heat production plants in the city that are fueled by straw and wood waste. Local farmers deliver 240,000 tons of straw per year as well as 450,000 tons of wood biomass to ensure the city’s energy independence.

About 700 kilometers southeast of Pécs, Clariant is currently setting up another leading example of a well-functioning feedstock supply chain. In 2018 the company broke ground on its greenfield first-of-its-kind full-scale commercial cellulosic ethanol plant in Podari, in southwestern Romania, using its sunliquid^® technology. The new sunliquid^® plant is designed to process approx. 250,000 tons of cereal straw per year for the conversion into 50,000 tons of cellulosic ethanol.

The feedstock will be supplied through a purchasing system from a strong network of local farmers in Dolj, Olt, Mehedinti and Teleorman counties. The objective is to build long-term relationships with  farmers to ensure a stable feedstock supply for the plant. Over the past two years, a dedicated feedstock crew of four team members established long-term contracts with 200+ farmers to acquire agricultural residues. Until now, these residues were in many cases burned on the fields. Another objective is to ensure a stable and reliable straw supply chain for the operational phase of the plant. Many measures have been taken to work with local farmers. For example, farmer workshops…. 

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Clariant started its harvesting campaign back in 2018 with initial 3.000 tons of straw, in 2019 circa 20.000 tons of wheat straw have been collected in order to test in Clariant’s sunliquid^® precommercial plant in Straubing Germany and adjust supply chain performance. (See the Cliariant harvest video here).

The focus was on an efficient straw collection, transportation and storage operations.

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 In addition to that, the International Sustainability and Carbon Certification (ISCC) EU has been obtained as a first gathering point being mandatory in order to sell biofuels in EU.  READ MORE  

Romania allows derogations in fossil fuel blending (EurActiv)

Romania’s largest gas provider set to embrace renewables (Energy Market Price)

Clariant AG: Construction of Clariant’s sunliquid® plant in Romania on track for completion by the end of 2021 (Benzinga)