关注的相关问题1、该技术是以福岛废物为对象进行研究的，目前针对我单位以

Related issues of concern <br>1. The technology is researched on Fukushima waste. What is the applicability of the nitrate-based chemical mud for our unit? <br>2. Are there any special considerations for the container used when the glass is solidified? The thermal efficiency of the electric heating tube is not very high. It takes more than 1000 degrees to melt the glass. Will the material deform during the heating and cooling process? What is the control amount? <br>3. Can the tank glass curing process meet the requirements of the performance of the glass on the surface of the tank, such as leaching rate and other parameters; <br>4. How to deal with wastes with high nitrate content, how to do the exhaust gas treatment system, the mobile type is difficult, and how to do it? <br>5. Requirements for the physical form and chemical composition of the waste. <br>6. This heating method is to transfer the outer wall of the heating barrel to the inside. The temperature of the inner center of the barrel cannot be monitored, whether it can reach the melting temperature of glass and waste. If the added solid waste is carbon steel or stainless steel, the melting temperature should reach 1300 Above ℃, can the container bear it? <br>7. How to ensure the internal uniformity of waste solidified body. <br>8. Project cost and production cost estimation.

Issues of concern.<br>1, the technology is based on Fukushima waste as the object of research, the current unit of nitrate-based chemical mud applicability?<br>2, glass curing when the container has no special considerations, electric heating tube thermal efficiency is not very high, melting glass needs more than 1000 degrees of temperature, material in the heating, cooling process will occur shape changes, control amount?<br>3, tank-type glass curing, tank surface glass performance can meet the requirements, such as leaching rate and other parameters;<br>4, the treatment of high nitrate-containing waste, exhaust gas treatment system how to do, mobile difficulty, how to do?<br>5, for the physical form of waste, chemical composition requirements.<br>6, this kind of heating method is through the heating barrel outside wall to the inside of the way, the barrel internal center temperature can not be monitored, can reach the temperature of glass and waste melting, if added cementing is carbon steel or stainless steel, melting temperature to reach more than 1300 degrees C, container can bear?<br>7, how to ensure the internal uniformity of waste curing body.<br>8, the cost of engineering equipment and production costs estimates.

Related issues of concern<br>1. This technology is based on Fukushima waste. What is the applicability of nitrate based chemical mud in our company?<br>2. Is there any special consideration for the container used in glass curing? The thermal efficiency of electric heating pipe is not very high. The temperature required for melting glass is more than 1000 degrees. Will the material deform during heating and cooling? What is the control amount?<br>3. Whether the glass properties of the inner surface layer of the tank can meet the requirements, such as leaching rate and other parameters, can be determined by pot method;<br>4. How to deal with the waste with high nitrate content? How to do the tail gas treatment system? How to do the mobile type?<br>5. Requirements for physical form and chemical composition of waste.<br>6. This kind of heating mode is transmitted from the outer wall of the heating barrel to the inside. The central temperature of the barrel can not be monitored, whether the melting temperature of glass and waste can be reached. If the solid waste added is carbon steel or stainless steel, and the melting temperature should be above 1300 ℃, can the container bear it?<br>7. How to ensure the internal uniformity of waste solidified body.<br>8. The cost of engineering installation and production cost estimation.<br>