Nuberg EPC is a leading supplier of technology and turnkey project solutions and services for hydrogen peroxide plants. The company offers a complete range of technical and management services, in the fields of technology, process know-how, engineering (Basic, FEED and Detail), procurement, construction, commissioning and project management of hydrogen peroxide (H2O2) industrial plants. Nuberg EPC maintains a leadership in hydrogen peroxide manufacturing plant solutions with indigenous process technology.The company has R&D facility in Sweden with strong focus on hydrogen peroxide process technology and other specialty chemicals. Nubergs principals have spent over two decades in developing in-house hydrogen peroxide technology for providing global customers with unparalleled and cost-effective services. With in-depth technical expertise and experience in hydrogen peroxide plant design and project execution, Nuberg has delivered many successful hydrogen peroxide manufacturing projects across countries, on-time and within budget to exceed customer experience.

Reinforced by our in-house state-of-the-art fabrication facility for hydrogen peroxide production plant equipment and highly skilled engineering and technology team with extensive practical knowledge in plant design and operating experience, Nuberg EPC ensures security of product supply, timely delivery, a long plant process life and productivity.

Hydrogen Peroxide finds application in many households at low concentrations for medicinal applications and bleach. In industry, hydrogen peroxide in higher concentrations is used as bleach for textiles and paper, as a component of rocket fuels, and for producing foam rubber and organic chemicals.

A flare gas system collects and discharges gas from atmospheric or pressurized process components to the atmosphere to safe locations for final release during normal operations and abnormal conditions (emergency relief). In this system, the gas exiting the system is dispersed in the atmosphere. Flare systems generally have a pilot or ignition device that ignites the gas exiting the system because the discharge may be either continuous or intermittent. Gas-disposal systems for tanks operating near atmospheric pressure are often called atmospheric vents or flares, and gas-disposal systems for pressure vessels are called pressure vents or flares. A flare or vent system from a pressurized source may include a control valve, collection piping, flashback protection, and a gas outlet. A scrubbing vessel should be provided to remove liquid hydrocarbons.