Therefore, a maximum estimated total energy output of 9.96 MJ kg −1 was recorded in R3, which represented 6-times and 28.3% higher than R1 and R2, respectively.
SEQUENTIAL BIOFUELS PROFESSIONAL
Our professional staff of friendly operators help turn your trucks quickly and efficiently. The maximum reducing sugar content (37.2 g L −1) and bioethanol productivity at 72 hours (0.165 g L −1 h −1) were recorded in the lipid-free biomass (R3), which were 16.3% and 27.9%, respectively, higher than that of R2. We also offer 7-day-a-week scheduled loading access at our Salem and Seattle facilities. All biodiesel characteristics complied with the recommended values of international standards. We collect used cooking oil from all over the region and transform it into biodiesel, a cleaner, non-toxic diesel fuel that offers a 50 reduction in harmful particulate matter and hydrocarbon emissions, and a carbon footprint up to 85 smaller than petroleum diesel. fasciola showed a biodiesel yield of 35.04 mg g −1 dw, composed mainly of C16-C18 fatty acids with a high saturation degree. Microalgae Conversion to Biofuels and Biochemical via Sequential. SeQuential is the longest-running commercial biodiesel producer on the West Coast. Garten previously served as a business advisor to SeQuential and, before that, general manager and. SeQuential is a biofuels marketing, distribution and retail company that supplies biodiesel to more than 30 regional fuel distributors in Washington and Oregon. At first they are often somewhat disoriented. SeQuential Biofuels in Portland, Ore., has appointed Dave Garten as its first CEO. Three routes were investigated, namely R1 and R2 for direct production of biodiesel and bioethanol, respectively, from the whole biomass, in addition to R3 representing the sequential biodiesel and bioethanol production. It is entertaining to watch as people drive in off of the I-5 freeway at the SeQuential Biofuels service station on McVay Highway in Eugene and climb out of their vehicles. The highest significant lipid and carbohydrate contents were recorded in the brown seaweed Dilophus fasciola (4.92 and 37.97%dw, respectively). In the present study, eight seaweeds (five red, two brown and one green) were collected and evaluated for dual biodiesel and/or bioethanol production.
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