83+83+
Projects completed
A track record in industrial project delivery.
PAZAND CHEMICAL INDUSTRIES
From technical know-howto industrial production
Pazand works across chemical technology development, process equipment and plant delivery, and production optimization.
FROM KNOW-HOW TO INDUSTRY
- Know-how
- Engineering
- Fabrication
- Commissioning
- Production
THE INDUSTRIAL POSSIBILITY
PAZAND IN NUMBERS
Our industrial footprint and people.
22.5
Thousand square metres of land
7+
Main factory halls
33
Direct employees
Company-provided facility and staffing figures.
INDUSTRIAL PROJECTS · INVESTMENT READY
Industrial delivery for small- and medium-scale projects.
We deliver industrial projects and prepare technical know-how packages for investment and implementation.
50+50+
Ready-to-implement technical know-how packages
An active portfolio prepared for the next stage.
$0.2m – $6m$0.2m – $6m
Investment per project
Project investment in US dollars.
>170%>170%
IRR calculated in rials
For investment-ready technical know-how.
BUILT AROUND YOUR PROCESS
The right equipment. For the right conditions.
Explore equipment families. Each solution starts with your process, capacity, and operating requirements.
Columns and separation equipment
Gas–liquid contacting and separation equipment for refining, purification, and process-stream conditioning.
- Tray and packed distillation columns
- Absorption, stripping, and gas-scrubbing columns
- Flash drums and two- or three-phase separators
Reactors, tanks, and vessels
Reaction and fluid-storage equipment arranged around the process, operating conditions, and fabrication requirements.
- Continuous and batch stirred-tank reactors
- Jacketed and half-pipe coil reactors
- Pressure vessels and process vessels
Heat exchangers and piping
Heat-transfer equipment and connected process lines for integrating plant streams and process units.
- Shell-and-tube, double-pipe, and plate heat exchangers
- Condensers, reboilers, and preheaters
- Air coolers and cooling exchangers
Furnaces and drying systems
Thermal and drying equipment for product preparation and process temperature control.
- Fired process furnaces and heaters
- Rotary and tray dryers
- Vacuum and fluid-bed dryers
WHERE SHALL WE START?
Three ways to move your business forward.
Develop a chemical product
Bring a high-value chemical from feasibility and laboratory work to pilot validation and industrial production.
- Know-how
- Pilot development
- Scale-up
Build your process equipment
Define a custom vessel, a connected equipment package, or the process scope for a complete plant.
- Custom equipment
- Fabrication
- Commissioning
Unlock plant performance
Investigate bottlenecks, utility consumption, product variability, and practical routes to better operating economics.
- Debottlenecking
- Energy recovery
- Process improvement
THE MAKING OF A PLANT
From knowledge to industry.
PAZAND / PROCESS TO REALITYFrom experiments to know-how
In the laboratory, an idea becomes a measurable process. Reaction, separation and operating conditions establish the foundation.
STAGE OUTPUTProcess know-how
Know-how becomes engineering
P&ID brings the process together: equipment, flow paths, instrumentation and control logic in one coordinated plan.
STAGE OUTPUTPiping & instrumentation diagrams
Proven at pilot scale
We build the pilot to observe real process behavior. Operating data informs the decisions needed to scale up.
STAGE OUTPUTPilot operating data
The plant, before it is built
The 3D model brings equipment and piping into a shared space. Layout, access and coordination are reviewed before construction.
STAGE OUTPUT3D model & plant layout
From a single line to a plant
Design becomes reality. Equipment fabrication, installation and commissioning complete the journey from know-how to an industrial plant.
STAGE OUTPUTA plant ready for operation
↓Scroll to watch the transformation.
ENGINEERING IN MOTION
Every connection starts a transformation.
From fluid paths to heat transfer, we connect process elements into one coordinated system.
Scroll to turn flow into transformation.Flow becomes meaning.
Know-how, design, pilot and fabrication come together along a shared process path.
Energy starts the transformation.
Heat transfer changes the behavior of the flow, turning liquid into rising vapor.
The process leaves its mark.
Vapor settles on glass. A clear impression of knowledge remains within the mist.
ENGINEERING IN MOTION
Every connection starts a transformation.
From fluid paths to heat transfer, we connect process elements into one coordinated system.
Follow the flowPIPING → HEAT TRANSFER → TRANSFORMATIONScroll to turn flow into transformation.
FROM FLOW TO TRANSFORMATION
PS / THERMAL STUDY — 02FROM FLOW TO TRANSFORMATION
Flow becomes meaning.
Know-how, design, pilot and fabrication come together along a shared process path.
Energy starts the transformation.
Heat transfer changes the behavior of the flow, turning liquid into rising vapor.
The process leaves its mark.
Vapor settles on glass. A clear impression of knowledge remains within the mist.
Piping, heat transfer, evaporation and condensation: connected parts of an engineered process.
Knowledge comes to life.
Selected projects
A closer look at selected work
A selection of Pazand’s project work.
MAKE EXISTING ASSETS WORK HARDER
More possibility in the plant you already have.
Start with the operating data. Identify the constraints. Compare engineered improvements before committing to major replacement.
- 01Capacity & throughput
- 02Product quality & stability
- 03Energy & resource use
- 04CAPEX / OPEX scenarios
BEFORE WE BEGIN
A clearer first conversation.
01Can we start with a single piece of equipment?
Yes. The engineering scope can cover an individual item, a modular package, or the equipment and integration for a complete process unit.
02Can a new chemical product begin at pilot scale?
The development approach can move through laboratory, experimental pilot, semi-industrial, and industrial stages. The right sequence depends on feasibility, process validation, and your commercial requirements.
03What should we prepare for a production improvement review?
Useful inputs include the process description, current capacity, product specifications, utility consumption, known bottlenecks, and available operating data.
04How is equipment scope defined?
Start with the process duty, fluid properties, capacity, temperature and pressure, materials requirements, site interfaces, and the intended installation and commissioning scope.
YOUR NEXT INDUSTRIAL MOVE
Bring us your process. Let’s define what comes next.
A new chemical. A custom equipment package. A production line ready for improvement. Start with your requirements.
A useful starting brief
- Product or process
- Target capacity
- Operating conditions
- Project stage