NUTEC Plastics: Using Nuclear Technologies to Address Plastic
“The IAEA is poised to provide unique nuclear solutions to plastic pollution through development and promotion of radiation technologies to help replace petroleum-based plastics with biodegradable ones to improve conventional recycling practice and to renew end-of-life plastic,” said Najat Mokhtar, IAEA Deputy Director General and Head of the
A high-quality hydrogen production strategy from waste
Furthermore, Ni 1.25 Ce 0.5 is more favorable for high quality H 2 production. It is presumed that the introduction of CeO 2 is also crucial for the high H 2 production, which is certified by the comparison between Ni 1.25 Ce 0 and Ni 1.25 Ce 0.25. After adding CeO 2, the CH 4 proportion decreases by nearly 30%, and the concentration of CO
Making Plastics: From Monomer to Polymer | AIChE
Several types of reactors can make polymers, including fluidized-bed, loop, autoclave, and tubular reactors. Different grades of polyethylene and polypropylene offer a wide range of physical properties, such as density, stiffness, flexibility, opacity, melting point, texture, and strength.
Dotp Production Plant, Dop Production Plant - Ekip Engineering
Due to the chemical reaction of the manufacturing process, the reaction times can be extended and shortened according to the quality and quality of the raw materials used during manufacturing, and the reaction that occurs at high temperatures varies between 90% and 75% of the total amount of materials used from raw materials.
Pyrolysis process to produce fuel from different types
The conversion of plastic to high quality liquid oil through pyrolysis process is highly advisable as the oil produced has high calorific value than that of commercial fuel. This paper describes
- Why is a new multipurpose research reactor being built in Argentina?
- new multipurpose research reactor to replace RA-3 reactor has been decided to be built in Argentina to satisfy the increasing national and regional demands for radioisotopes. The project, supported by the National Administration, has started in 2010 and is planned to be operative in 2018.
- When will the Argentinian OPAL reactor be built?
- The Brazilian and Argentinian National Nuclear Energy commissions, CNEN and CNEA formalized an agreement for a joint development of their own projects (the Brazilian RMB and the Argentinian RA-10) taking as a reference the OPAL reactor. The construction of the reactor is expected to be initiated on 2013, while its commissioning is planned for 2018.
- Who is the main contractor for ra-10 reactor?
- INVAP S.E. is involved in the design and construction of the reactor facility and related installations, playing the role of main contractor. The RA-10 is a 30 MW thermal power reactor and is designed to achieve high performance neutrons production to fulfill the stakeholder’s requirements in compliance with stringent safety regulations.
- What is a ra-10 reactor?
- The RA-10 reactor is then conceived as a multipurpose facility suitable for RI production, materials and fuel irradiation, neutron techniques applications and silicon doping. Its design is based on LEU fuel elements and must meet the Argentinian Safety Regulations and International Atomic Energy Agency (IAEA) Standards.
- Who will design the OPAL reactor?
- The basic design is going to be performed under a contract with INVAP S. E. The Brazilian and Argentinian National Nuclear Energy commissions, CNEN and CNEA formalized an agreement for a joint development of their own projects (the Brazilian RMB and the Argentinian RA-10) taking as a reference the OPAL reactor.
- What are plasticizers?
- D.O.P./ D.I.O.P./ D.I.D.P./ D.I.N.P./ etc. called plasticizers. Such substances are chemical compounds used as plastic raw materials to add plasticity to plastic. The main raw materials used during its manufacture:
