Pipe Support Columns

This product has been designed to compliment all the industrial trackside structures (loading platforms, tanks, tank farms) that use piping. Now pipes can be connected from tanks to platforms etc. above ground and supported using these pipe support columns. Each column measures approximately 2 1/4" high by 2" wide. Piping can be laid on any of 4 layers - ~ 1/4", 1", 1 3/4" and 2 1/4" from ground level.  The pipe support columns are sold in sets of 2 (two sets are shown below). Please visit the OnLine Store (Plastic Trackside Structures) for more information. We also have the capability to modify the pipe stands to different sizes. Just contact us for a quote.

3-Unit Tank Farm with Platform

The latest addition to Model Structures for Model Railroads Oil Refinery Series is a large complex that incorporates three large 3-inch diameter tanks six inches long on a superstructure with lower and upper decking. Each tank has inlet and outlet piping each of which goes to ground. Pipe routing can be modified to suit customer preferences. On top of each tank there are individual man-ways and relief valves. Overall footprint is approximately 15 inches by 17 inches. As with our product Lamp posts using 12-volt bulbs and decals can be added for additional cost. Included are two fuel transfer pipe stands that swivel and rotate 360 degrees. If one of our Fuel Loading Platforms is added then pipe routing can be modified to connect the Tank farm to the Platform.

A Reboiler for your Oil Refinery

Reboilers are heat exchangers typically used to provide heat to the bottom of industrial distillation columns. They boil the liquid residuum from the bottom of a distillation column to generate vapors which are returned to the column to drive the distillation separation. The reboiler receives a liquid stream from the column bottom and may partially or completely vaporize that stream. Steam usually provides the heat required for the vaporization. Liquid residuum is pumped into the bottom of the Reboiler heated with steam with the end product a mixture of vapor and liquid sent to the next distillation tower for processing. Condensate (water from the steam process) is vented at the bottom of the tank.

Model Structures Reboiler comes standard with large input piping for steam and output piping for liquid and vapor to be sent to the next distillation tower. Input piping for liquid residuum from the previous Distillation Tower plus a smaller vent for water condensate are located on the bottom of the tank. The Reboiler comes standard with a brown tank, red oxide piping for steam, brown piping for both input and output liquids. Overall footprint for the Reboiler is about 6 inches x 6 inches. The tank is 1.5 inches in diameter and about 4 1/4 inches long.

Fluid Catalytic Cracking Unit

Fluid catalytic cracking (FCC) is the most important conversion process used in petroleum refineries. It is widely used to convert the high-boiling, high-molecular weight hydrocarbon fractions of petroleum crude oils to more valuable gasoline, olefinic gases and other products. Basically, there are two different configurations for an FCC unit: the "stacked" type where the reactor and the catalyst regenerator are contained in a single vessel with the reactor above the catalyst regenerator and the "side-by-side" type where the reactor and catalyst regenerator are in two separate vessels. The FCC designed by Model Structures for Model RR's is a 2-stage Hydro-cracker that uses two reactors. Input (feedstock) for the first reactor is high boiling point atmospheric gas oil from atmospheric crude oil distillation units or vacuum gas oil from vacuum distillation units simply referred to as gas oil. The gas oil is pumped from an upstream Distillation Tower and is mixed with hydrogen catalyst from the catalyst regenerator and pumped into the reactor where the cracking process takes place. Cracked hydrocarbons are released from the top of the tank and sent to a down-line Distillation tower where gasoline and other gas oils are created. Spent catalyst is sent back to the catalyst regenerator from the bottom of the reactor. Waste product and gas are sent from the top of the catalyst regenerator to a Flare Tower for disposal. The Model Structures design contains a 3-inch diameter reactor and a 2 ½ inch diameter catalyst regenerator. Piping for catalyst recovery is supplied at the bottom of the tanks. Output piping from the top of the reactor to a downstream distillation tower along with piping from the top of the catalyst regenerator for waste removal is included. Input piping from an upstream distillation tower and between the catalyst regenerator and reactor are also supplied. The catalyst regenerator and waste removal piping are painted red oxide. The reactor and associated piping are painted brown. The platform superstructure is painted dark gray. Overall footprint for the structure is approximately 10x 7 x15(h) inches.

  • Elevated Storage Tanks
  • Pipe Support Columns
  • Reboiler 
  • Hydrocracking Unit
  • Catalytic Cracking Unit
  • Floating Top Storage Tank
  • Three Unit Horizontal Storage Tank Farm with Platform
  • Tanker Car Fuel Loading Platform
  • Condenser/Reflux Drum Rack 
  • Filter Bank 
  • Various sized Storage Tanks with or w/o a Pump House
  • Desalting Tank
  • Crude Oil Furnace
  • Three different Distillation Towers
  • Condensers (to be designed)
  • Alkylation Unit
  • Piping Complex
  • Flare Tower
  • High Pressure Spherical Tanks
  • Vertical Storage Tanks

View more Oil Refinery Structures on page 'Refinery Structures 1 and 2'

Refinery Structures 1

Refinery Structures 2

The Oil Refinery structures are our most popular product line to date. The photos above show demonstration complexes,
​customer orders and layouts.

The typical oil/petroleum refinery is an industrial process plant with many different structures designed to receive crude oil , processes and refine it into petroleum products, such as gasoline, diesel fuel, asphalt base, heating oil, kerosene, and liquefied petroleum gas. Oil refineries are typically very large complexes with extensive piping running throughout, connecting the various chemical processing units. To model a complete refinery would take up a lot of space on a layout. So Model Structures has designed various stand alone structures that can be purchased separately. This way you can choose and fit the structures you like for your layout. While all standard product is designed for underground piping Model Structures will be happy to design for an additional cost the necessary above ground piping using our pipe stands to connect all purchased product. If you prefer we will also design and build complete refinery complexes based on your instructions.

The Model Structures Oil Refinery consists of the following custom built structures:

The plastic trackside series is divided into 11 categories. Please select any one of the links below to view our product.

 - Tank Stands
 - Water / Fuel / Sand Towers
 - Fuel Transfer Depots
 - Locomotive Sheds
 - RR / Industrial and City Signs
 - City Structures
 - Cement / Asphalt and Maintenance Platforms
 - Grain Elevators
 - Service and Maintenance Sheds
 - Oil Refinery Structures (see below)​
 - Industrial Yards

Oil Refinery Structures 3

​Plastic and Wood O Scale Trackside Structures
Wood Bridges and Decking for Model Trains
Custom Model Building Services 
​Kits and Details

Model Structures for Model Railroads

Hydro-Cracking Reactor

The Hydro-Cracking reactor is usually associated with a distillation tower. Hydrocracking is a catalytic cracking process assisted by the presence of added hydrogen gas. Feedstock is usually high-boiling point, high molecular weight hydrocarbons such as gas oil from upstream distillation towers. Heat and hydrogen are used to 'crack' the high molecular weight hydrocarbons into lighter fractions. The product is then sent to a distillation tower by way of a separator (not yet designed) that separates the hydrogen from the product and sends it back to the reactor. The chief products from the distillation process are jet fuel, diesel and kerosene


Tanker Car Fuel Loading Platform

The fuel loading platform has been re-designed as a pass through structure. It now measures roughly 26 x 8 x7(h). The platform is a bi-level structure with maintenance level about 2 1/2 inches high. A stairway connects the maintenance level with the top level walkway. There is a set of three pipes that runs the length of the platform. The piping can be made independent of each other, all connected or any combination desired. Normal pipe ending on the input side will be to ground unless otherwise specified. There are three gate valves one for each pipe. Each gate valve has a down spout connected to it.

Standard colors are a black superstructure with aluminum platforms / railings / stairways, piping and valves.

This platform would work well either connected to a pipe distribution network as shown or to any of the various storage tanks we offer.