Process Equipment

product Molecular Sieves Trap

Molecular Sieves Trap

NOVA TECH Molecular Sieves Housing with Jacket are essential components in various industrial processes, particularly in the purification of gases and liquids. Housing these sieves within jackets enhances their performance and durability. The jackets act as protective layers, shielding the sieves from physical damage, temperature fluctuations and corrosive environments. Our design ensures consistent performance even in challenging operating conditions, making molecular sieve housings with jackets indispensable in critical applications.

Our construction of molecular sieve housings with jackets incorporates materials that are resistant to chemical corrosion and mechanical stress for ensuring long-term reliability. Our molecular sieves is a cost-effective solution for various industries seeking to enhance the efficiency and reliability of their gas and liquid purification processes while minimizing downtime and maintenance costs.

product Pressure Vessel Equipment

Pressure Vessel Equipment

NOVA TECH Pressure Vessel is a container designed to hold fluids or gases at a specific pressure. These tanks are used in various industries for storing and transporting substances such as liquids, gases, and chemicals. Pressure tanks are typically constructed using strong and durable materials, such as steel, and are designed to withstand specific pressures based on the requirements of the application. They come in various shapes and sizes, and their design, construction, and operation are governed by specific codes and regulations to ensure safety and reliability.

Pressure tanks play a crucial role in providing storage, containment, pressure management, process efficiency, inventory management, safety, transportability, environmental protection, and compliance with regulations in industries where substances need to be stored, processed, or transported under controlled conditions.

product Air Receiver Tank

Air Receiver Tank

A receiver is a container designed to store fluids or gases under pressure. It is commonly used in industries such as compressed air systems, refrigeration systems, and hydraulic systems. The primary function of a pressure receiver is to provide a buffer or storage capacity for the fluid or gas, helping to stabilize pressure and accommodate fluctuations in demand.

Receivers are used in various industries where storage and Stabilization are crucial, such as manufacturing, oil and gas, petrochemical, refrigeration and power Generation. They contribute to the efficient operation of systems by providing a reservoir of pressurized fluid or gas and helping to meet varying demands while Maintaining System Performance and safety.

product Expansion Tank

Expansion Tank (Entspanner)

NOVA TECH Expansion Tanks or Entspanner are designed to optimize the performance and longevity of your fluid-based systems. Our Expansion Tank or Entspanner are critical components that regulate pressure and protect against damage caused by fluid expansion. We are specialize in offering robust Expansion Tanks or Entspanner crafted from top-grade materials, engineered to withstand the demands of various applications while ensuring efficient and reliable operation.

Our expansion tanks are designed to resist corrosion, optimize system efficiency and provide long-term performance, making them the ideal choice for upgrading existing systems or designing new installations. Our Team will support your project needs and help you achieve optimal performance for your fluid systems.

product Distillation Columns

Distillation Columns

NOVA TECH distillation column is a crucial piece of equipment used in chemical engineering and various industries, where separation of components from liquid mixtures is essential for production processes for separating liquid mixtures based on their relative volatility, boiling points, and composition. Eventually, the vapor reaches the top of the column, where it is condensed and collected as a purified distillate.

NOVA TECH design and operation of a distillation column are influenced by various factors including the composition of the feed mixture, desired purity levels of the products, energy efficiency considerations and economic constraints. Our design engineers use mathematical models, simulations and empirical data for column performance and achieve desired separation objectives as our customer requirement.