INSPECTIONS OF FEEDSTOCKS FROM HCOAL PROCESS * HRI No. Gravity, °API Distillation, °F IBP 10 V % 30 50 70 90 Elemental Composition, W % Carbon Hydrogen Ni trogen Sulfur Oxygen Ash Gas Oil L 428 494 523 561 606 671 >760 0 Fuel Oil L 438 L 440 412 362 516 427 600 682 750 905 ...
article{osti_, title = {Tagging of an Hcoal PDU run}, author = {Sample, D G and Thomas, M G}, abstractNote = {A lb charge of American Cyanamid 1442A CoMo catalyst was activated in a thermal neutron flux to an overall activity of 390 ..mu..Ci of /sup 60/Co. This catalyst was inserted into HCoal PDU run No. 9 and subsequent daily withdrawals and the final dump were analyzed for ...
HRI, Inc. Resource Type: Patent Resource Relation: Patent File Date: Filed date 9 Feb 1981; Other Information: PATAPPL232789 Country of Publication: ... P H, Chervenak, M C, DeVaux, G R. Hcoal process and plant design. United States. Copy to clipboard. Kydd, P H, Chervenak, M C, and DeVaux, G R. 1983. "Hcoal process and plant design ...
The process design of this cold flow model followed practices established by HRI in their process development unit. The cold fow unit has been used to conduct experiments with nitrogen, kerosene, or kerosene/coal char slurries, and HDS catalyst, which at room temperature have properties similar to those existing in the HCoal reactor.
HRI, Inc. (Lawrenceville, NJ) Primary Class: 208/408. Other Classes: 208/413, 208/414, 208/417, 208/418, 208/422, 208/425, 208/427 ... In the conversion of coal to more valuable fuel products by the present HCoal Process, a coal, such as bituminous or subbituminous coal or lignite, is fed with a mixture of recycle oil and hydrogen into an ...
article{osti_, title = {Laboratory program to support HCoal Pilot Plant operations. PDU Run 7}, author = {}, abstractNote = {PDU Run 7 was designed to create emergency situations under controlled conditions and develop the proper responses to reestablish operations with a minimum of disruption. In addition, the study served to train operating personnel to handle emergencies in the H ...
Liquefaction Process DOE and HRI •Liquid Solvent Extraction (LSE) Process British Coal •Brown Coal Liquefaction (BCL) Process NEDO •Amoco CC TSL Process •Supercritical Gas Extraction (SGE) Process British Coal •MITI Mark I and Mark II CoProcessing •Cherry P Process Osaka Gas Co. •Solvolysis CoProcessing ...
The HRI Coal/Oil CoProcessing Technology is based on the commercial HOil ® Process (for upgrading heavy crudes and/or petroleum residua), the fully developed HCoal ® Process (for direct liquefaction of coal) and advances made at HRI in the Catalytic TwoStage Liquefaction (CTSL) Process. This coal/oil co processing program is currently ...
The Department of Energy's Office of Scientific and Technical Information
The HCoal process, developed by Hydrocarbon Research, Inc., is used in this study to produce hydrocarbon liquid from either Illinoismore ... Syncrudes produced from Wyodak coal in HRI's Catalytic TwoStage Liquefaction (CTSL) process were upgraded in pilot plant tests by hydrotreating with Chevron's commercial ICR 106 catalyst. ...
The HCoal process, developed by Hydrocarbon Research, Incorporated (HRI), involves the direct catalytic hydroliquefaction of coal to lowsulfur boiler fuel or synthetic crude oil. The HCoal ebullated bed reactor contains at least four discrete components: gas, liquid, catalyst, and unconverted coal and ash.
Write an article and join a growing community of more than 174,400 academics and researchers from 4,802 institutions. AGL has announced plans to use coal to make hydrogen fuel at its Loy Yang A ...
OVERVIEW OF COALTOLIQUIDS: A HISTORICAL PERSPECTIVE HCoal Process In the early 1960s, HRI, now HTI, invented the HCoal process. This is a singlestep direct catalytic hydrogenationbased coal liquefaction process. Pulverized coal is converted at elevated temperature and pressure to liquids and gases that are then separated and ...
Coal (LFC) Process Encoal Coal Technology Corporation Univ. of North Dakota Energy and Environmental Center (EERC)/AMAX RD Process Institute of Gas Technology Char, Oil Energy Development (COED) Solvent Refined Coal Processes (SRCI and SRCII) Gulf Oil Exxon Donor Solvent (EDS) Process HCoal Process HRI Imhausen High
Liquids from Coal (LFC) Process Encoal Coal Technology Corporation Univ. of North Dakota Energy and Environmental Center (EERC)/AMAX RD Process Institute of Gas Technology Char, Oil Energy Development (COED) Solvent Refined Coal Processes (SRCI and SRCII) Gulf Oil Exxon Donor Solvent (EDS) Process HCoal Process HRI Imhausen HighPressure ...
HCoal • Process, modelling, and equipment developments could be "cross fertilized" • Very severe service due to solids levels in slurries • Chemistry differences very aromatic products • Joint government / industry program DOE, EPRI, HRI, Mobil, Amoco, Arco, Ashland • 250 TPD Coal (~800 BPD products) demo plant in
The HCOAL Process is the direct catalytic hydroliquefaction process for converting coal into highquality, clean hydrocarbon liquids. ... The work includes modifications to HRI`s existing 3 ton ...
The HCoal process is a development of Hydrocarbon Research, Inc. (HRI). It converts coal by catalytic hydrogenation to substitutes for petroleum ranging from a low sulfur fuel oil to an all distillate synthetic crude, the latter representing a potential source of raw material for the petrochemical industry.
The book's account of the HCoal process, taken as a "baseline case," is a good illustration of the damaging effect of onoff funding. The process was introduced by Hydrocarbon Research, Inc. (HRI) in 1955, as a spinoff of its earlier HOil process. The federal Office of Coal Research underwrote the construction of a demonstration unit in 1965 ...
The HCoal Process was invented by HRI, and has been under development for over 15 years. The program was initially funded by Dynalectron Corporation, the parent company of HRI and by the Office of Coal Research and Atlantic Richfield Company. ... The HCoal process catalytically converts coal to oil in an ebulated bed reactor. Advantages of ...
A preliminary design for CTSL of Illinois deepcleaned coal was developed based on demonstrated benchscale performance in Run No. 22747(I27), and from HRI's design experience on the Breckinridge Project and HCoal/reg sign/ Process pilot plant operations at Catlettsburg.
reaction of coal at high pressures and temperatures with hydrogen (H2) in the presence of solvents and catalysts, yielding synthetic crude oil that can be refined into liquid fuels. onsidering the great extent and distribution of domestic coal reserves in the United States
Maintenance management is an essential part of effective operation of a coal preparation plant. The key metric is: overall equipment effectiveness can be applied to any coalprocessing facility to measure and sustain performance. The maintenance management system consists of a framework of 3M: man, machine and methods.
The HCoal process was an early version of the CSTL developed by HTI (also known as HRI) and US DOE. The CSTL process, combined with improvements from the processes developed in Germany, the USA and Japan, is what the Shenhua DCL plant is based on ( Comolli, 1999 ; Sun, 2003; Song, 2005 ).
The Department of Energy's Office of Scientific and Technical Information
The HCoal process, developed by Hydrocarbon Research, Incorporated (HRI), involves the direct catalytic hydroliquefaction of coal to lowsulfur boiler fuel or synthetic crude oil. The HCoal ebullated bed reactor contains at least four discrete components: gas, liquid, catalyst, and unconverted coal and ash.
The HCoal Process was invented by HRI, and has been under development for over 15 years. The program was initially funded by Dynalectron Corporation, the parent company of HRI and by the Office of Coal Research and Atlantic Richfield Company. ... The HCoal process catalytically converts coal to oil in an ebulated bed reactor. The 3 ton per ...
The HCoal process is a direct catalytic coal liquefaction process developed in 1963 by Hydrocarbon Research, Inc. (HRI), currently Hydrocarbon Technologies Inc. (HTI). The process development proceeded through several stages from conceptual, to bench scale (25 lb/day), to process development unit (PDU) (3 tons/day), and to a pilot plant in ...
![Modeling the fluid dynamics of the Hcoal reactor. [Cold flow]](/jz0uirb/240.jpg)
The HCoal process, developed by Hydrocarbon Research, Incorporated (HRI), involves the direct catalytic hydroliquefaction of coal to lowsulfur boiler fuel or synthetic crude oil. The HCoal ebullated bed reactor contains at least four discrete components: gas, liquid, catalyst, and unconverted coal and ash.
Results of an investigation to determine the suitability of the HRI HCoal Syncrude as a petrochemical feedstock are reported. A sample of the whole crude was distilled into four straight run fractions; IBP350/sup 0/F naphtha, 350550/sup 0/F middistillate, 450800/sup 0/F vacuum gas oil, and 850FBP/sup 0/F resid.
The internal age distribution of catalyst in Hydrocarbon Research, Incorporated HCoal 28day Process Demonstration Unit (PDU) Run No. 9 has been determined using Co/sup 60/tagged American Cyanamid HDS 1442A CoMo catalyst. A pound charge of tagged catalyst, approximately 397 ..mu..Ci total activity, was added at day three of steady state ...
The most important process of this group is the HCoal process, developed by Hydrocarbon Research, Inc. (HRI) as an outgrowth of previous work on the hydrogenation of petroleum fractions. The development of this process was sponsored by ERDA/US DOE and a large group of oil companies (DOE, 2015b; Xinjua News, 2014). Very few DCL programs were ...
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