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Decarbonising aviation requires cleaner fuels supported by low-emission production processes. Supplying renewable electricity to a Sustainable Aviation Fuel (SAF) refinery could reduce emissions assoc…

Decarbonising aviation requires cleaner fuels supported by low-emission production processes. Supplying renewable electricity to a Sustainable Aviation Fuel (SAF) refinery could reduce emissions associated with its electricity use and contribute to net-zero ambitions. This study examines a proposed 50 MW solar photovoltaic project intended to supply a proposed SAF refinery in the Tema industrial area of Ghana. Using FINPLAN, four sensitivity analyses assess how construction duration, cedi depreciation, electricity tariff reductions and concessional financing affect shareholder returns and debt-servicing capacity. The selected base case records Project/Shareholder NPV of 1,411.6 and Equity IRR of 27.30%, but Minimum DSCR of 1.2 indicates limited repayment headroom. Within the respective sensitivity analyses, extending construction from two to six years preserves positive NPV while increasing interest payments by 76.3%. Cedi depreciation from GHS12 to GHS16/USD reduces Minimum DSCR from 1.4 to 1.0, while a tariff of GHS0.60/kWh lowers it to 0.6 despite positive NPV. Removing concessional finance raises interest costs by 32.5% and Stand-by Facility requirements approximately 14.6-fold. The findings show that attractive returns alone do not ensure reliable debt repayment. Timely delivery, currency-risk management, sustainable tariffs and appropriately structured concessional finance are therefore important to sustaining renewable electricity supply for the proposed SAF refinery.

Network traces of TCL TV Roku OS. This is batch 6 of 8 (split due to Zenodo's 100-file limit per deposition).

Network traces of TCL TV Roku OS. This is batch 5 of 8 (split due to Zenodo's 100-file limit per deposition).

This document reconstructs in full the analytical work that was carried out before and during the preparation of the article “Mission: It’s Possible. A Semiotic Analysis of a Corpus of Uph…

This document reconstructs in full the analytical work that was carried out before and during the preparation of the article “Mission: It’s Possible. A Semiotic Analysis of a Corpus of Uphonic Criticism and Potential Discography, 2005-2011”. Its task is documentary: to make explicit the procedures, coding decisions, corpus-wide counts, manual classifications and semiotic interpretations that were condensed in the article. The report therefore treats a draft quantitative-semiotic report (based on Greimas only, as Eco and Genette were integrated in the works), the 74-text corpus, the manual coding matrix and the final article as successive layers of the same analytical process.

Network traces of TCL TV Roku OS. This is batch 4 of 8 (split due to Zenodo's 100-file limit per deposition).

Run Cellarium CAS annotations on a 10x-style sparse matrix produced by LRAA.

Long Read Alignment Assembler (LRAA) Isoform Discovery and/or Quantification from Long Read RNA-Seq Visit the LRAA wiki for user documentation Docker images us-central1-docker.pkg.dev/methods-dev-lab/…

Long Read Alignment Assembler (LRAA) Isoform Discovery and/or Quantification from Long Read RNA-Seq Visit the LRAA wiki for user documentation Docker images us-central1-docker.pkg.dev/methods-dev-lab/lraa/lraa:latest :latest is the current official public release -- not the newest build. Use it, or pin the release version it resolves to if you need a fixed reference. The version it names moves only when a release is made. Development builds are never published under :latest; they are tagged <version>-testing or <version>-<shortsha>. See Docker/README.md for the full tag policy and the build scripts that enforce it. Developer utilities util/ascii_isoform_view.py draws transcript structures as stacked ASCII rows — reference GTF against LRAA.gtf, or a multipath path through the splice graph — with per-row structural verdicts. See docs/ascii_isoform_illustrator.md.