Кроме того, мы работаем над новой т

Кроме того, мы работаем над новой технологией изготовления грузов для накопителя: груз будет формироваться из уплотненного грунта. Для этого мы тестируем метод текучего клина, который позволяет получать равномерно плотные и тяжелые грузы в промышленных масштабах. Мы ожидаем снижения стоимости грузов по сравнению с предыдущим решением, где использовался геотекстиль для сохранения формы груза.



У нас уже есть первые результаты опытов, проведенных на установке, которая формирует брикеты грунта шириной 25 см и толщиной до 7 см.

Результаты (английский) 1:

In addition, we are working on a new technology of production of goods for the drive: the goods will be formed from compacted soil. To do this, we test method flowable wedge that allows you to receive uniformly dense and heavy loads on an industrial scale. We expect to reduce the cost of cargo compared to the previous solution, where made of geotextiles for saving the form load.We already have the first results of experiments conducted at the facility, which produces bricks of soil with a width of 25 cm and 7 cm thick.

Результаты (английский) 2:

In addition, we are working on a new technology for the manufacture of cargo storage: the goods will be formed from compacted soil. To do this, we test fluid wedge method, which produces uniformly thick and heavy loads on an industrial scale. We expect to reduce the cost of goods compared with the previous solution, where geotextiles used to maintain the shape of cargo. We already have the first results of experiments carried out at the facility, which produces briquettes ground width of 25 cm and a thickness of up to 7 cm.

Результаты (английский) 3:

In addition, we are working on a new technology of manufacturing goods to drive: the load will be composed of compacted soil. To this end, we will test the method belongs wedge,Which allows you to evenly dense and heavy loads on an industrial scale. We look forward to reducing the cost of goods as compared with the previous decision,Where geotextiles used to save the form load.



we already have the first results experiments, carried out on the installation, which produces briquettes ground 25 cm and thickness up to 7 cm.