Updated: 2012-09-16

In business, with Cai Siqiang to take care of it, Duke doesn't have to worry about that.

Duke is now preparing to transform a new type of desalination equipment on the basis of the second generation of the Lotus reactor, which can use uranium spent fuel to increase the utilization rate of uranium to a new level, in this case, the output of waste is very radioactive, greatly reducing the difficulty and cost of nuclear fuel waste disposal, from the perspective of comprehensive performance, the second generation of the lotus reactor almost uses the nuclear reaction of uranium to the extreme.

It is with such a powerful energy conversion ability that Duke dares to intercept part of the energy for other purposes, he independently designed a strange seawater pretreatment device for the lotus pile, even Professor Zhu Yunqian can't understand it, to be honest, this seawater nuclear fuel refining technology and process are provided by Billem, and Duke is just copying cats.

The only difference is that Duke has added some new features to eliminate some free ions in the seawater, which greatly reduces the highly corrosive ions before the seawater enters the nuclear reactor circulation pipeline, and this technology alone can greatly reduce the damage of seawater to the nuclear reactor circulation pipeline, greatly improving the effective use time of the circulation pipeline.

This is a direct reflection of the fact that the Lotus reactor has very low maintenance costs in the later stage, because all the key components can guarantee a long service life and do not need to be replaced even during the entire active operation of the nuclear reactor.

If you want to make the desalinated seawater directly drinkable, Duke also needs to complete more work with this pretreatment device, and find a way to remove harmful substances in the seawater, this work is a bit huge, after Duke started the desalination research and development work, in the lotus base recruited a research team composed of thousands of domestic and foreign experts to study and deal with the various challenges of seawater desalination.

Fortunately, there is a lot of knowledge accumulated in this industry, and relevant talents at home and abroad are relatively easy to find, with Duke's current reputation and the generous treatment of R&D personnel working in the Lotus base, recruiting people is now an easy matter, as long as the recruitment advertisement is posted, many R&D personnel will take the initiative to come to the door.

The annual salary of talents engaged in R&D positions in the Lotus base is not less than 500,000 yuan, even the personnel of those national research institutions led by Zhu Yunqian are the same, so the enthusiasm of R&D personnel here is completely unimaginable in other places in China, because this treatment cannot be given elsewhere.

Therefore, working in the Lotus base, the salary and remuneration of R&D personnel have reached the international standard, with this international salary, even those high-end talents who originally wanted to find a foreign research institute to work after studying abroad will change their choice to work in the Lotus base.

Due to the complex sources of these researchers, both domestic and European and American countries, so the management of the Lotus base began to be managed by divisions, fortunately, when the original choice was made, Duke took a large piece of land in the local circle under the banner of the military, of course, in the early stage of the construction of the base, the scary thing of the nuclear reactor also made the locals very cooperative to move out of the radius of 30 kilometers, so that Duke's Lotus base has an excellent space for development.

The second phase of the Lotus Base project expanded on the basis of the first phase, close to the construction of the first phase of the project, reserved for the second generation of the Lotus Reactor Experimental Reactor, can just form another Lotus One by One This design is actually more from the aesthetic point of view, and the engineering designers can choose other ways to achieve, although the second generation of the Lotus Stack can also have multiple power generation equipment of different powers.

Compared with a generation of lotus piles, because of the desalination function, so there are a lot of more pipeline design, the engineering staff also made these pipelines artistic, in the air it looks like the pipeline network is like a new lotus streamer, for these artistic effects, the engineering designers wasted a lot of pipeline materials, the original straight can achieve the water flow channel, but was designed to be tortuous and round.

On other projects, such a design is obviously to be criticized, but this design is placed on the lotus base, but people take it for granted that after the first phase of the project, art and gardening are also regarded as one of the important characteristics of the lotus reactor, and each lotus reactor nuclear power plant strives to become a landscape in the local area, so as to realize the harmony and unity of humanity and efficiency.

With such a good environment, the progress of seawater desalination engineering research is very smooth, a variety of mature technologies through this group of top technical personnel introduced, with the top production process that Dushi Heavy Industries now has, experts can design things, Dushi Heavy Industries has the ability to manufacture, compared with other companies, this complete technology industry chain is too advantageous.

In traditional design, designers will involuntarily consider the limitations of manufacturing, such as precision requirements, whether the complexity of manufacturing is suitable for large-scale production and other off-site factors, so that the imagination of the design is imprisoned, and now Duke wants them to break this limitation, design in the ideal way in mind, as long as it is verified by computer simulation, the production and manufacturing will be handed over to the Duche Heavy Industries team to consider.

With the support of the cloud application R&D system and the complete authorization mechanism, now Duke's companies can completely cross the spatial and geographical constraints to realize the collaborative work of tens of thousands of R&D personnel, and the seawater desalination engineering design has phased results, and the manufacturing process research team of Duke Heavy Industries can see these results, and then study the manufacturing production process, so that the entire design process flow without any delay.

If there is a problem that the project team cannot solve, it will be studied by Duke's support expert group, and if they can't figure it out, it will be transferred to Duke again, and often Duke will soon put forward a solution or a key plan, so that the research and development work can be carried out smoothly.

This unique approach to R&D has given Duke's R&D facilities a terrible level of R&D efficiency, which is several times more efficient than its competitors.

Because according to the 28th law, 80% of R&D time is spent on 20% of critical or difficult technologies, and Duke now acts as the key to solving the more critical 20% of these 20% of key problems, which can greatly reduce the R&D time wasted on these key problems, thereby improving R&D efficiency.

With this unique R&D mechanism, Duke's R&D projects are progressing very rapidly, especially those with a good foundation, and they have achieved results by leaps and bounds.

(Thanks to the book friends "When the Sun Loses You", "Liovaqu" and "Maple Leaf Flying" for their rewards!) ）