Aegis Projects Technology Pvt Ltd has collaborated with the oil and gas industry by providing reliable nitrogen and oxygen production equipment, as well as gas treatment facilities. Our experience in designing and manufacturing process technology equipment for the oil and gas sector helps us build the best gas separation engineering solutions that our competitors cannot match.
Aegis Projects Technology Pvt Ltd, a research and production company, manufactures ready-to-operate nitrogen generators, units, and plants, as well as hydrogen equipment that is custom-tailored for the oil and gas processing sectors.
Aegis Projects Technology Pvt Ltd's adsorption and membrane nitrogen plants are used to produce an inert environment when preserving explosive mines or battling hard-to-reach fires with nitrogen. Within a few hours, they can provide an inert atmosphere in the emergency region, extinguishing the combustion activity totally.
Aegis Projects Technology Pvt Ltd's oxygen units and plants enable the rapid deployment of low-cost full-scale oxygen generation and cylinder filling at the chosen site. The created oxygen is employed in gas-flame operations such as metal welding, cutting, and soldering.
We are glad to provide the most effective process engineering solution for oxygen production. Our equipment will be cost-effective for both self-employed individuals and organizations performing gas-flame work at remote locations.
Nitrogen produced by Aegis Projects Technology Pvt Ltd units is used to prevent oxidation by establishing an inert environment in semiconductor and electrical circuit manufacturing, hardening final goods, blowing, and cleaning.
Aegis Projects Technology Pvt Ltd is glad to provide effective engineering solutions for nitrogen generation at your facility, taking into account the unique requirements of your manufacturing process.
In metalworking, nitrogen is used for metal laser cutting to prevent oxidation and produce smooth ends.
In industrial 3D printers, nitrogen is utilized in selective laser melting with metal powder to prevent reactive metals from oxidizing.
Aegis Projects Technology Pvt Ltd has extensive experience in delivering equipment to iron and steel firms, offering high-tech engineering solutions to improve and raise the efficiency of your plant.
Nitrogen is used to protect ferrous and nonferrous metals during annealing, neutral hardening, cyanide carburizing, hard-soldering, and powder metal sintering. Oxygen is utilized to improve the furnace combustion temperature.
In glass-melting furnaces, oxygen is effectively used to raise temperatures and improve combustion processes.
Aegis Projects Technology Pvt Ltd manufactures and supplies medical oxygen concentrators and medical gas supply systems for healthcare facilities, as well as implements turnkey projects.
Our extensive delivery expertise, own high-tech production facility, training capabilities, and after-sales services enable us to provide the best option for healthcare centers.
Aegis Projects Technology Pvt Ltd is glad to offer high-tech nitrogen production units with the necessary capacity and purity to fulfill the pharmaceutical industry's needs.
In the pharmaceutical sector, nitrogen is used to transport items, create an inert environment in product tanks, package medicinal products, and handle fine ingredients.
Aegis Projects Technology Pvt Ltd is glad to offer high-tech nitrogen production units with the necessary capacity and purity to fulfill the pharmaceutical industry's needs.
In the pharmaceutical sector, nitrogen is used to transport items, create an inert environment in product tanks, package medicinal products, and handle fine ingredients.
Aegis Projects Technology Pvt Ltd is glad to offer specific equipment for producing oxygen from air to enterprises that breed fish, crabs, and shrimp.
We design and manufacture oxygen generators (oxygenators) and oxygen units that produce pure oxygen. The use of such equipment improves the effectiveness of breeding fish, shrimp, and crabs, resulting in an abundance of fish raised at a low cost.
