Pharmaceutical Intermediate Process Pilot and Large Scale Plant Turnkey Solution

Pharmaceutical intermediate Process Pilot and Large Scale Plant turnkey solution
Backed by a team of adroit professionals, we are manufacturer and Exporter an extensive array of Customised Pharmacy processing Pilot Plant.Our company can provide users with engineering design, equipment model selection guide, equipment machinig, equipment installation and turn-key project from pilot plant to large scale manufacturing plant.

The pilot plant is including: Reaction vessel, mixing system, vacuum system, condenser, receiver/storage tank, conduction oil preheating system, platform, etc.
Heating and cooling method: 1. Heating and cooling by jacket. 2. Heating by jacket and cooling by inner pipe coil.
Type of electrical device: 1. Ex-proof type. 2. Normal type
Electric cabinet control mode: 1. Touch-screen control. 2. Button control

Features:

Less maintenance
Long operational life
Excellent functionality

Pilot plant price varies with every application. The main cost determinate involves how large and complicated the process design is. The more process steps involved, the more equipment, design work and fabrication time required. Some factors that may have major price effects are:
The operating conditions required for your process. Extreme highs or lows in pressure, temperature or flow rates require specialized equipment and more complicated systems to keep under control. This inevitably increases costs.
The chemicals and materials of construction involved. Unusual materials of construction are expensive and may be required to avoid equipment corrosion for highly hazardous chemicals.
Data collection and process control. Pilot plants offer a great opportunity to collect process data and experiment with your process controls. However, the more you measure, and the more precisely you control the process, the more expensive the system becomes.
Production levels. Your planned level of output affects system size, complexity and cost. Though not a linear equation, larger required output is often more expensive.
Required Utilities. Are the required utilities (electricity, nitrogen, steam, etc.) available at levels that can accommodate the new system? If not, on-site modifications may be required or additional equipment may need to be integrated, which can add costs.