Key facts
- Manuals
- 2
- Languages
- ZH · EN
- Last added
- 2026-09-30
Featured KBR manuals
KBR KBR-SMOD-0165F-048V-B01 & KBR-SMOD-0165F-048V-C01 Supercapacitor Module User Manual
This manual describes the KBR‑SMOD‑0165F‑048V series supercapacitor modules, which have a rated voltage of 48 V and a capacity of 165 F. The modules consist of 18 individual 2.7 V 3000 F cells housed in an IP65‑rated aluminum alloy enclosure.
Key sections cover unpacking, safe handling, mechanical and electrical installation, wiring of the 4‑pin connector for temperature and over‑voltage signals, routine maintenance, storage, disposal, example installations, a checklist, and attachment details. This manual is written in Chinese.
Covers: Module Description · Unpacking and Unloading · Mechanical Installation · Electrical Installation · Maintenance · Storage
KBR Economic Bottom of the Barrel Processing to Minimize Fuel Oil Production
This paper examines the economic drivers behind processing lower‑cost, heavier crude oils and the resulting increase in vacuum residue (VR) that leads to higher fuel‑oil output. It outlines the challenges refineries face with high‑sulfur, low‑API crudes and the need for technologies that can convert VR into more valuable products while reducing fuel‑oil make.
KBR presents several technology options, including carbon‑rejection methods such as solvent deasphalting (ROSE) and pelletization (AQUAFORM), as well as hydrogen‑addition processes. The document details the performance of these technologies, the quality of deasphalted oil (DAO), and various pathways for utilizing the resulting asphaltene product, from solid fuels to coking and partial oxidation feedstocks.
Covers: Technologies that reject carbon · Technologies that add hydrogen · Carbon Rejection · Hydrogen Addition · Solvent Deasphalting with Pelletization · ROSE Solvent Deasphalting Unit
Latest KBR manuals
KBR KBR-SMOD-0165F-048V-B01 & KBR-SMOD-0165F-048V-C01 Supercapacitor Module User Manual
User Manual 20 pages · 1.1 MB · ZHThe KBR user manual provides installation, wiring, maintenance, and safety instructions for the KBR‑SMOD‑0165F‑048V‑B01 and C01 supercapacitor modules.
KBR Economic Bottom of the Barrel Processing to Minimize Fuel Oil Production
Application Note 5 pages · 397 KB · ENA technical paper by KBR discussing bottom‑of‑the‑barrel processing technologies to reduce fuel oil production.
Which document do I need?
User Manual
Day-to-day operation, settings and troubleshooting. Start here if the product is already set up.
Application Note
How to use the product for one specific task, with worked examples.
Questions answered in KBR manuals
How many individual supercapacitor cells are inside each module?
Each module contains 18 independent supercapacitor cells, each rated 2.7 V 3000 F.
From: KBR KBR-SMOD-0165F-048V-B01 & KBR-SMOD-0165F-048V-C01 Supercapacitor Module User Manual
What technologies are used to reject carbon in refinery processing?
The paper lists solvent deasphalting (ROSE) and pelletizer (AQUAFORM) as carbon‑rejection technologies.
From: KBR Economic Bottom of the Barrel Processing to Minimize Fuel Oil Production
What is the typical FCC conversion yield for deasphalted oil (DAO)?
The DAO achieves about an 80.3% conversion in FCC processing.
From: KBR Economic Bottom of the Barrel Processing to Minimize Fuel Oil Production