Decarbonization: Getting from Policy to Projects

How does one get from policy to project in the world of decarbonization?  First, we must understand decarbonization. The term “decarbonization” literally means the reduction of carbon.  In today’s world, it refers to the conversion to…
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Commercialization of Biofuels Technology

Commercialization of Biofuels Technology refers to the process that transforms a biofuels technology from concept into a profitable biofuels’ technology operating entity. Inventors and their investors must convert their concepts into commercial success to achieve…
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Biochar for Wastewater Treatment

Biochar for wastewater treatment, both municipal and industrial, is a good alternative as such multistage process accommodates a constantly changing influent. One of the most critical steps in the process is the aeration basin in…
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Technical Readiness Assessment

As part of a technical due diligence effort, the team is often requested to perform a Technical Readiness Assessment.  This will assign a score to the technology, known as the Technical Readiness Level (TRL).  Originally…
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Biochemical Conversion Processes

Biochemical conversion processes? Enzymes and micro-organisms are frequently used as biocatalysts to convert biomass or biomass-derived compounds into desirable products. Biotechnology advances are expected to lead to dramatic biochemical conversion improvements. The most popular biochemical…
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Feedstocks: Forestry

Forestry feedstocks utilized in the renewable industry include woody biomass such as: logging residue (e.g. slash, saw dust), forest management waste (e.g. wildfire mitigation, diseased tree removal), and dedicated energy forestry crops (e.g. poplar trees…
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Industrial Fermentation: Selecting the Host Strain

When developing an industrial fermentation process, the choice of the production organism dictates much of the large-scale fermentation characteristics in addition to the nature of research and development and process development.  Well characterized strains with…
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Site Planning to Mitigate Environmental Risks

In well-developed bioeconomy projects, initial site planning, placement of facilities, and mitigation of potential environmental risks, are the factors that help improves a project’s chance of overall economic success.  It is critical for project developers…
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