Double Copper Pot Still System - 6000L Primary & 3600L Secondary for Craft Distilleries
Crafted in the tradition of Scotland's finest distilleries, this double copper pot still system combines time-honored techniques with modern precision engineering. The 6000L primary copper pot still (wash still) provides robust first distillation, extracting rich, complex flavors from your fermented wash, while the 3600L secondary copper still (spirit still) meticulously refines the spirit, capturing only the finest "heart" of the run for exceptional character and smoothness.
Handcrafted from premium copper, this system naturally removes sulfur compounds while promoting the formation of flavorful esters - the hallmark of authentic Scotch whisky. The traditional onion-shaped design with optimal lyne arm angles ensures proper reflux for superior spirit quality.
Ideal for craft distilleries producing:
- Premium Single Malt Scotch-style whisky
- Small batch bourbon and rye
- Innovative craft spirits
Key Features:
✓ Authentic Scottish copper craftsmanship
✓ Precision-engineered capacity ratio (6000L:3600L)
✓ Optimized for maximum flavor development
✓ Direct fire or steam heating options
✓ Customizable neck designs and lyne arm configurations
This complete distillation solution brings Scotch whisky's legendary production methods to your distillery, combining traditional artistry with reliable performance for spirits of uncompromising quality.
Heating Of Pot Stills：
can be steam powered, direct fire, steam heating coil inside
A pot still heated indirectly, with steam, looks completely different on the inside. The bottom may be shaped slightly conical towards the centre, so that the remains of the distillation (pot ale) may easily flow out into the pipe. Simple serpent-shaped pipes were used for the first indirect heating systems. They ran close to the bottom and the walls in order to retain the heating effect from outside and below, like in the directly heated stills.
Upper Part Of A Pot Still
The still in the picture above can be seen as the prototype of every pot still. The upper part is made up of four basic areas. The first is the spherical lid A, which covers the pot on the upper side. The conical and tall neck C is attached to the lid via the intermediate connection B. The lyne arm E is connected to the neck by the bend D.
Cooling Condenser:
Material: T2 Copper;
Style: Shell-And-Tube Type (Column Type), Internal Copper Tubes, With More Deflectors In The Middle, Alcohol Gas Goes Through The Shell Side, And Cooling Water Goes Through The Tube Side;
Idealised Irish Scottish Whisky Pot Still Distillery Turnkey System Whole Production Line Equipment List
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Malt Silo (Optional) |
Conveyor system for grain transport to the mill Measurable and adjustable-rate/volume |
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Grist Mill |
Hammer/Roller (2/4)? >750kg/h if direct feed to mashing device Explosion proofing |
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High strength magnetic particle remover |
Auger/Conveyor system for transport either directly to mashing device or grist bin Dust reduction control system |
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Grist Bin |
Sized accordingly to hold one complete load into the mashing device Grist flow restrictor |
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Mashing Device |
Mash/Lauter Tun |
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Temperature monitor and controllable: |
Heating and cooling |
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Grist hydrator |
Self-emptying/Grain scraper (auto/manual?) High torque agitator/grain bed rake with positive inversion control (Non-compacting) and VFD speed control Removable false bottom for extensive cleaning |
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CIP |
Recirculation/Vorlauf system Sparging system (Ability to draw from weak wort tank) Set up for German/Fly sparging Automated control system (Temperatures, Times, Volumes, Recipes (recirc etc) Grain chute and spent grains/draff manhole Under false bottom pressure release system |
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Gravity Increased Sparging (GIS)/Weak Wort Tank |
Capacity = Mash Tun Temperature control Cladded/Insulated |
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Hot Liquor tank (Optional) |
Depending on water supply and filtration/Treatment capabilities |
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Mash house Working Platform |
(Optional if Required) |
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Wort Pump |
VSD |
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Heat Exchanger (To cool wort prior to reaching FV) |
Pre-filter to lessen any particles fouling the system |
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Flowmeter |
(Accurate monitoring of wort volume) |
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Yeast Tank |
(Optional) |
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Min 5% capacity of FV |
|
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CIP |
Temperature Control |
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Yeast Pump |
(Optional) |
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Low shear (Diaphragm?) |
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Fermenters (4-12) |
(Working capacity of the wash still) Fitted agitators to stir the lees in required recipes |
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Cooling jacketed |
Insulated (Optional) |
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Racking port line with valve |
(For recipes which exclude lees) |
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CIP |
Temperature control system Hygienic sampling valve Drain line with valve Top-mounted glass manhole Pressure/vacuum release valve Sanitary level tube |
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Wash Pump(x2 if not gravity fed) |
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Wash Charger |
Capacity = capacity of the wash still Heat exchange system to recover heat from pot ale and preheat wash prior to charging Stilted to allow gravity feed of wash to still (Optional) |
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Wash Still 2600L |
Capacity ~2600L working capacity Heating control External heat exchange heat source (Optional) or Steam Jacket/Bain Marie Lantern still head to increase vapour turbulence, copper contact, reflux and catalytic esterification Dual Sightglass on neck/head Extended (>4m lyne arm) Baffled shell and tube condenser Temperature and flow control Ability to sample distillate for QC purposes Anti-collapse apparatus 4500mm manhole (Glassdoor w. Logo optional) Dephlemator or jacketed neck to allow adjustable reflux control Automated control system (Temperatures, Times, Volumes, Recipes) |
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Low-Wines Receiver |
⅓ Wash still capacity Capable of storing high-proof alcohol |
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Low-Wines Pump (2 x if utilising low-wines uniformity tank) |
IECEx electrical standard rating (Explosion-proof) |
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Low Wines Uniformity Tank (Optional) |
10 x capacity of the low-wines tank Capable of storing high-proof alcohol |
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Spirit Charger (Optional) |
The capacity of Spirit Still Elevated to allow gravity to feed into the spirit still (Optional) Capable of storing high-proof alcohol |
|
Spirit Still 1250L |
Capacity ~1250L working capacity Heating control Steam jacket/Bain marie Lantern still head to increase vapour turbulence, copper contact, reflux and catalytic esterification Extended (>4m lyne arm) Baffled shell and tube condenser Temperature and flow control Ability to sample distillate for QC purposes Anti-collapse apparatus 4500mm manhole (Glassdoor w. Logo optional) Dephlemator or jacketed neck to allow adjustable reflux control Ability to divert distillate flow to up to 5 receivers Automated control system (Temperatures, Times, Volumes, Recipes) |
|
Foreshots Receiver (Optional) |
Explosion-proof venting Calibrated measurement ability (L) Ability to pump to wash charger or portable container Capable of storing high-proof alcohol |
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Heads Receiver Secondes Receiver (Optional) |
Explosion-proof venting Calibrated measurement ability (L) Ability to pump to spirit charger/still or portable container Capable of storing high-proof alcohol |
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Intermediated Spirit (Hearts) Receiver |
Explosion-proof venting Calibrated measurement ability (L) Ability to pump to new make tank or portable container Capable of storing high-proof alcohol |
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Feints Receiver |
Explosion-proof venting Calibrated measurement ability (L) Ability to pump to wash/spirit charger or portable container Capable of storing high-proof alcohol |
Required Pumps for above receivers
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New Make Tank |
Explosion-proof venting Calibrated measurement ability (L) Capable of storing high-proof alcohol |
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New Make Pump |
IECEx rated |
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Barrel filling System |
Mass flowmeter or nationally calibrated scale No-loss filling system Vapour recovery |
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CIP System |
Capable of supplying all process equipment |
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Chilling System (Glycol) |
Capable of chilling the capacity of up to 12 fermenters |
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Glycol tank |
Ammonia or other environmentally friendly refrigerants |
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Cooling Tower |
Capable of providing condensers Auto-dosing of bactericide (Legionella) |
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Boiler |
Capable of supplying mash tun, stills and facility process water |
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Pipework/Hoses |
As required Food grade Heat tolerant Ethanol suitable CIP chemical tolerant Non-tainting - HDPE or other |
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Filtered/Treated Water system |
RO UV sterilisation Charcoal filtration |
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Effluent Treatment System |
Temperature and pH correction Solids settling and removal |
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Filtration, Bottling and Labelling Equipment |
Auto/Manual IECEx compliant |
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Air Compressor |
(optional) |
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Supply for air actuated valves and diaphragm pumps |
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Measurement Apparatus |
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Alcometers |
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SG Hydrometers |
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pH meter |
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Lab Equipment (Optional) |
Microscope Cytometer |
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Forklift/Electric Stacker |
Electric (No emissions and no ignition source) |
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Pallet Jack |
>2000kg SWL |
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Barrel Racking |
Gorilla Stackable Barrel Racks |
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Warehouse Shelving |
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Chemical Storage Cabinets |
Oxidative materials Reductive materials |
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HVAC System |
Adequate ventilation to prevent undue build-up of ethanol vapour or CO2 and malt dust/flour |
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Fire Suppression System |
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Drainage |
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Equipment List of 3500 Liter Wash Pot Still, 2500 Liter Spirit Pot Still Double Pot Stills Whisky Distillation
| NO. | Name | Specification | Qty |
| 1 | 3500L copper whisky wash still | 3500L | 1 |
| 2 | 2500L copper whisky spirit still | 2500L | 1 |
| 3 | Spirit Safe | Glass & SS combination | 1 |
| 4 | Operating Platform | Stainless Steel 304 | 1 |
| 5 | 1500L Low Wine collecting tank | 1500L | 1 |
| 6 | 1200L Spirit Hearts Collecting Tank | 1200L | 1 |
| 7 | 1200L Spirit Heads & Tail Collecting Tank | 1200L | 1 |
| 8 | 2.2KW Transfer pump for Wash liquid & Spirit Heads,Spirit Tail |
2.2KW | 1 |
| 9 | 0.75KW Spirit Hearts Transfer Pump | 0.75KW | 1 |
| 10 | 4000L alcohol storage tank | 4000L | 1 |
| 11 | Auger mill | 1000KG/H | 1 |
| 12 | Feeding conveyor | matching | 1 |
| 13 | 7000L Mash Lauter Tun | 7000L | 1 |
| 14 | Weak wort tank | 2500L | 1 |
| 15 | 16㎡ two stages Plate Heat Exchanger | 16㎡ | 1 |
| 16 | MT SS operating platform | SS operating platform | 1 |
| 17 | 4000L Hot Water Tank | 4000L | 1 |
| 18 | 2.2KW Hot Water Pump | 2.2KW | 1 |
| 19 | 15000L Fermenation Tank | 15000L | 6 |
| 20 | 2.2KW Cart Pump | 2.2KW | 1 |
| 21 | food grade hose | 6m 2pcs, 8m 2pcs | 4 |
| 22 | Steam generator | 600KW | 1 |
| 23 | 60HP Chiller | 60HP | 1 |
| 24 | Cooling circulating water tank | 12000L | 1 |
| 25 | cold water pump 5.5KW | 5.5KW | 1 |
| 26 | Electric control box (manual button type) | Explosion-proof electric control box | 1 |
Project Highlights
We are honored to collaborate with this leading Russian distillery, supplying a complete whisky production system, including:
1. Malt Handling System
1000KG/H Malt Crusher
1000KG/H Conveyor
2. Mashing System
4000L Mash Tun & Lauter Tun
6000L Hot Water Tank
Plate Heat Exchanger (20+20㎡)
Stainless Steel Platform & Control Panel
3. Fermentation System
7 x 6300L Fermentation Tanks
3.0KW Transfer Pumps
Food-Grade Hoses & Fermentation Control Panel
4. Distillation System
6000L Whisky Pot Still (with Explosion-Proof Stirrer)
3600L Whisky Rectifier
Alcohol Safety System & Collection Tanks
Stainless Steel Operation Platform
PLC Control Panel
5. Cooling System for Fermentation Tanks
40HP Chiller Unit
8000L Cooling Water Tank
3KW Cooling Pump
6. Piping & Electrical Installation
Full pipeline and valve connections for mashing, distillation, and cooling systems
Wiring, signal cables, and drainage components
Next Steps: Final Inspection & Delivery
Production is proceeding smoothly, and we anticipate completion by the end of this month. We look forward to the client's inspection and are confident that our high-quality equipment will meet their expectations.
This project marks a significant milestone in our international cooperation, and we are excited about the potential for long-term collaboration with our Russian partner.
1. Payment method: 50% in advance, 50% before factory release shipment.
2. Offer validity: 30 days.
3. The equipment warranty period is one year.
4. Remarks:
4.1. The above plan is a preliminary plan, we can adjust or redesign the quotation according to customer requirements.
4.2. After the contract is signed, the production shall be carried out according to the design drawings finally confirmed by both parties.
4.3. The quotation refers to the process configuration, the equipment is placed according to the design layout, and can be modified according to customer requirements later.
