Our Products

Rotary Evaporator

Laboratory equipment

Jacketed Reactor

Contact Us

dietrich glass reactors

dietrich glass reactors

50 Gal De Dietrich Glass Lined Reactor | 20589 | New Used . 50 gallon De Dietrich #3009 glass lined reactor. 23 5/8" diameter X 28" deep. Clamp top: Built 1991 NB# 5658, rated 150/FV @ 500 degrees F. Bottom: Built 1990 NB# 5589, internal rated 150/FV @ 20 to 500 degrees F. Conventional jacket rated 125/110 @ 20 to 500 degrees F. Top Fittings: (3) 2", (1) 3", 4" handhole, and 2" drive nozzle. 2 .

Missiles and Rockets - PDF Free Download

Missiles and Rockets - PDF Free Download

data handling equipment Spacecraft command subsystems. transponders, and associated operational support equipment Attitude control gyro electronic, autopilot electronic, and antenna servo electronic modules, long range Earth sensors and Sun sensors and ground command modulation equipment .

Methods of producing 1,3,5-triamino-2,4,6-trinitrobenzene .

Methods of producing 1,3,5-triamino-2,4,6-trinitrobenzene .

2011-10-4 · As shown at 2 and 4, a 500-gallon, glass-lined Pfaudler reactor was charged with 150.3 gal (569 L) of deionized water and 88.3 gal (334 L, 7755 mol) of 98% (min. by analysis) nitric acid. The dilute nitric acid solution was stirred and cooled to a temperature between approximately −6.7° C. and approximately 4.4° C., as shown at 6 .

Section 18 |authorSTREAM

Section 18 |authorSTREAM

FIG. 18-11 Glass-steel impeller. The Pfaudler Company. . If agitation is required for a vessel less than 1.8 m 6 ft in diameter and the same operations will be scaled up to a larger vessel ultimately the equipment type should be the same as that expected in the larger vessel. . For vessels larger than 380 m 3 100000 gal units may be as .

100 Gal Pfaudler Glass Lined Reactor | Glass Lined Reactor .

100 Gal Pfaudler Glass Lined Reactor | Glass Lined Reactor .

Used 100 gallon Pfaudler glass lined reactor, rated 150 psi / [email protected] 450 F internal and 125 psi / FV @ 450 F on the jacket. 9119 Glass. TW drive, 3 blade reverse curve impeller agitator. 32" ID x 36 1/4" Deep. Serial # J022589, National Board #49510, Built 1998. Available with (additional cost): #7319-1 - Used 50 gpm reactor temperature control module, heating/cooling system, temperature norm .

Opportunities in the Design of Inherently Safer Chemical .

Opportunities in the Design of Inherently Safer Chemical .

1990-1-1 · If this is done, spiral wound gaskets can be used on glasslined equipment. A glass-lined reactor with metal flanges would usually be considered inherently safer than a glass-lined reactor with glass-lined flanges, assuming the metal used on the flanges can withstand the corrosion of the system. 3.

Full text of

Full text of "Chemical Engineering Plant Design 4 E"

This banner text can have markup.. web; books; video; audio; software; images; Toggle navigation

Materials Selection for Sulfuric Acids - Davis [MTI-MS-1 .

Materials Selection for Sulfuric Acids - Davis [MTI-MS-1 .

Starch Copper equipment has been used in the saccharification of starch with dilute sulfuric acid at 120°C (248°F) and 0.4 MPa.16 Furfural Copper-lined autoclaves have been used for the production of furfural (2-furaldehyde). The reaction involves 20% sulfuric acid and 1–5% acetic acid and oat husks at 120°C (248°F) at 4–5 atm.

Alternatives For Hazardous Waste Management In The .

Alternatives For Hazardous Waste Management In The .

----- TflBLE 18 (continued) Equipment No. Quantity Equipment Specifications Operating Conditions 05110 0.028 cu m (1 cu ft) smelter trays - ceramic lined, mild steel construction 05111 Batch-operated fixed hearth reverberatory furnace - refractory lined, mild steel construction 05112 05113 50 0.28 cu m (10 cu ft) slag bin (holds approximately 1 .

Section 10 |authorSTREAM

Section 10 |authorSTREAM

Section 10 - authorSTREAM Presentation. slide 4: U.S. customary Symbol Definition SI units units r Radius m ft r Pressure ratio Dimensionless Dimensionless r c Critical pressure ratio r k Knuckle radius m in r 2 Mean radius of pipe using mm in nominal wall thickness T S Specific surface area m 2 /m 3 ft 2 /ft 3 S Fluid head loss Dimensionless Dimensionless S Specific energy loss m/s 2 lbf/lb S .

1000 Gal De Dietrich Glass Lined Reactor (Body) | Glass .

1000 Gal De Dietrich Glass Lined Reactor (Body) | Glass .

Reglassed De Dietrich RA Series 1,000 gallon reglassed glass lined reactor body. Rated 100 psi/full vacuum internal @ 500°F. Jacket rated 90 psi @ 500°F. Used/tested 5RW drive, used agitator, baffle and covers. Reglassed with Pfaudler warranty. Stock#14650

Section 10 |authorSTREAM

Section 10 |authorSTREAM

Section 10 - authorSTREAM Presentation. slide 4: U.S. customary Symbol Definition SI units units r Radius m ft r Pressure ratio Dimensionless Dimensionless r c Critical pressure ratio r k Knuckle radius m in r 2 Mean radius of pipe using mm in nominal wall thickness T S Specific surface area m 2 /m 3 ft 2 /ft 3 S Fluid head loss Dimensionless Dimensionless S Specific energy loss m/s 2 lbf/lb S .

glass lined reactor pfaudler gal equipment gallon used psi .

glass lined reactor pfaudler gal equipment gallon used psi .

pfaudler reactor lined gal glass equipment larger views. 2000 GAL PFAUDLER GLASS LINED REACTOR 100 90. One 1 used 2000 gallon Pfaudler glass lined reactor rated 100 PSI and full vacuum at 450 F internal jacketed for 90 PSI at 450 F 5RW Pfaudler agitator drive with mechanical seal 20 HP 230 460 volt XP motor 4 blade cryolock agitator Fin baffle 5025 white glass with calibration lines serial R .

Section 18 |authorSTREAM

Section 18 |authorSTREAM

FIG. 18-11 Glass-steel impeller. The Pfaudler Company. . If agitation is required for a vessel less than 1.8 m 6 ft in diameter and the same operations will be scaled up to a larger vessel ultimately the equipment type should be the same as that expected in the larger vessel. . For vessels larger than 380 m 3 100000 gal units may be as .

Section 10 |authorSTREAM

Section 10 |authorSTREAM

Section 10 - authorSTREAM Presentation. slide 4: U.S. customary Symbol Definition SI units units r Radius m ft r Pressure ratio Dimensionless Dimensionless r c Critical pressure ratio r k Knuckle radius m in r 2 Mean radius of pipe using mm in nominal wall thickness T S Specific surface area m 2 /m 3 ft 2 /ft 3 S Fluid head loss Dimensionless Dimensionless S Specific energy loss m/s 2 lbf/lb S .

Section 18 |authorSTREAM

Section 18 |authorSTREAM

FIG. 18-11 Glass-steel impeller. The Pfaudler Company. . If agitation is required for a vessel less than 1.8 m 6 ft in diameter and the same operations will be scaled up to a larger vessel ultimately the equipment type should be the same as that expected in the larger vessel. . For vessels larger than 380 m 3 100000 gal units may be as .

Essentials of Chemical Reaction Engineering

Essentials of Chemical Reaction Engineering

A type of reactor used commonly in industrial processing is the stirred tank operated continuously (Figure 1-7). It is referred to as the continuous-stirred tank reactor (CSTR) or vat, or backmix reactor, and is used primarily for ljquid Section 1.4 13 Continuous-Flow Reactors Figure l-7(a) CSTR/batch reactor. [Courtesy of Pfaudler.

Opportunities in the Design of Inherently Safer Chemical .

Opportunities in the Design of Inherently Safer Chemical .

1990-1-1 · If this is done, spiral wound gaskets can be used on glasslined equipment. A glass-lined reactor with metal flanges would usually be considered inherently safer than a glass-lined reactor with glass-lined flanges, assuming the metal used on the flanges can withstand the corrosion of the system. 3.

pfaudler glass lined reactor

pfaudler glass lined reactor

100 Gal Pfaudler Glass Lined Reactor, 50/100# Used 100 gallon Pfaudler glass lined reactor, rated 50 psi and full vacuum at 450 f, jacketed for 100 psi at 450 f, flat top, cone bottom, 2.5 DTW Pfaudler agitator drive with 5 hp, 230/460 volt xp motor, mechanical seal, 4 blade pitched turbine with bottom paddle agitator, fin baffle, on legs, serial# R193-0469, national board# 47521, built 1994.

ds-7-46-chemical-reactors-and-reactions-data-sheet-fm .

ds-7-46-chemical-reactors-and-reactions-data-sheet-fm .

Equipment should be constructed of materials able to withstand concentrated sulfuric acid, such as glass-lined. steel. 3.7 Water-Reactive Materials. Water-reactive materials are labeled as such because they may undergo hazardous hydrolysis or. reduction-oxidation (redox) reactions with water.

Essentials of Chemical Reaction Engineering

Essentials of Chemical Reaction Engineering

A type of reactor used commonly in industrial processing is the stirred tank operated continuously (Figure 1-7). It is referred to as the continuous-stirred tank reactor (CSTR) or vat, or backmix reactor, and is used primarily for ljquid Section 1.4 13 Continuous-Flow Reactors Figure l-7(a) CSTR/batch reactor. [Courtesy of Pfaudler.

Chapter 7. Wastewater Treatment

Chapter 7. Wastewater Treatment

1000 to 1500 gal/acre per day (9 to 14 m3/ha ⅐ d) for light industrial developments and 1500 to 3000 gal/acre per day (14 to 28 m3/ha ⅐ d) for medium industrial developments (Metcalf and Eddy, Inc. 1991). Better estimates for industries can be developed with industry-specific information.

Mixing and Agitation - PDF Free Download - KUNDOC.COM

Mixing and Agitation - PDF Free Download - KUNDOC.COM

Note that HP/V in the laboratory reactor was only 2.5 HP/ 1000 gal, whereas in the plant reactor it is 141 HP/1000 gal. This scale-up is right on the verge of not being practical. For any larger plant reactor one would need to use a recycle loop with a static mixer to do a .

50 Gal Pfaudler Glass Lined Reactor | Glass Lined Reactor .

50 Gal Pfaudler Glass Lined Reactor | Glass Lined Reactor .

Used 50 gallon Pfaudler Glass lined Reactor. S/N: E183-0508. 24" diameter X 24" deep. (OAH - 8'3") Dished Clamp top, dished bottom. NB# 42708. Internal rated 275/FV @ 450 degrees F. Carbon Steel Jacket rated 150 @ 650 degrees F. 2 HP, 230/460V motor equipped with 2.5 DWV 50210AKC Drive, 175 RPM output. 2" CBO. Leg mounted. Stock#2368

Ludwig's Applied Process Design for Chemical and .

Ludwig's Applied Process Design for Chemical and .

7. Capacities of storage tanks are at least 1.5 times the size of connecting transportation equipment; for instance, 28 4-m3 (7500 gal.) tanker trucks, 130-m3 (34,500 gal.) rail cars, and virtually unlimited barge and tanker capacities. VESSELS (STORAGE TANKS) 3 1. For less than 3 8 m (1000 gal.

Chemical Reactor Design (Chemical Industries) - PDF Free .

Chemical Reactor Design (Chemical Industries) - PDF Free .

A type of continuous reactor with performance similar to a batch reactor is the plug-flow reactor, a tubular or pipeline reactor with continuous feed at one end and product removal at the other end. The conversion is a function of the residence time, which depends on the flow rate and the reactor volume.

Large Scale Reactors | Pfaudler

Large Scale Reactors | Pfaudler

One reason why our glass-lined reactors are trusted by over 90% of the world's top chemical companies is the sheer reliability of our reaction technologies. These technologies are critical to the safe containment of corrosive contents, maintaining the vessel pressure and ensuring the final batch quality.

Mixing and Agitation - PDF Free Download - KUNDOC.COM

Mixing and Agitation - PDF Free Download - KUNDOC.COM

Note that HP/V in the laboratory reactor was only 2.5 HP/ 1000 gal, whereas in the plant reactor it is 141 HP/1000 gal. This scale-up is right on the verge of not being practical. For any larger plant reactor one would need to use a recycle loop with a static mixer to do a .

ds-7-46-chemical-reactors-and-reactions-data-sheet-fm .

ds-7-46-chemical-reactors-and-reactions-data-sheet-fm .

Equipment should be constructed of materials able to withstand concentrated sulfuric acid, such as glass-lined. steel. 3.7 Water-Reactive Materials. Water-reactive materials are labeled as such because they may undergo hazardous hydrolysis or. reduction-oxidation (redox) reactions with water.

getsystemtool.ml

getsystemtool.ml

> > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > >