The Steam Trading Card refers to the Knight as "Hollow Knight".The Knight has many nicknames used by various characters, notably."(Little) Traveller" by Elderbug, Oro, and the Nailsmith."(Little) Wanderer" by numerous other characters such as Bretta and Lemm.Team Cherry has stated that they are not sure how the Knight escaped the Abyss.↑ Kickstarter post of 30 March, 2016 where "the Knight" was first mentioned.↑ 2.0 2.1 Reddit AMA comment on the Knight being genderless.↑ White Lady: "Is it more than simply a Vessel?".↑ Troupe Master Grimm: "Even a vessel discarded bears fierce strength.".
In this project, we are evaluating the feasibility of a hybrid system combining the MTR sweep membrane technology with the UT Austin piperazine-based advanced flash stripper (PZAS) capture system.↑ White Palace Lore Tablet: "Eternity in promise and charge in progeny cursed.". The ability of the membrane contactor to enrich coal-fired flue gas from its normal content of ~13% CO 2 into a smaller volume of gas containing 20-25% CO 2 – with minimal energy input – could reduce the cost of more » the final concentration process, regardless of whether it is absorption, adsorption, cryogenic, or membrane-based.
This project included the evaluation, development and testing of a hybrid membrane-absorption CO 2 capture system for coal-fired power plant applications using the MTR high-gas-flow, low-pressure-drop membrane contactor. The overall goal of this project was to evaluate two variations of a hybrid membrane-absorption capture system combining the MTR air-swept PolarisTM membrane technology, which enriches flue gas to ~20% CO 2, with UT Austin’s absorption-based advanced flash stripper (AFS) using piperazine (PZ), to determine the superior hybrid variant and to assess the potential of hybrid capture systems to achieve a lower cost-of-capture, compared to NETL’s reference amine-based capture plant. (MTR) with major support from the University of Texas at Austin (UT Austin) from Apthrough September 30, 2018. The work was conducted by Membrane Technology and Research, Inc. This final technical report describes work conducted for the Department of Energy (DOE) on the development of a bench-scale hybrid membrane-absorption carbon dioxide (CO 2) capture system for coal-fired power plant applications (Cooperative Agreement number DE-FE0013118).
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