Patent obtained! By using a semi-hydrated gypsum-based curing agent, sludge granulation and solidification can be achieved.
The "Ultra Solid Reactor," a high-speed reaction solidification device for sludge, is capable of effectively handling not only sludge treatment but also the insolubilization of heavy metals in construction-generated soil and the decomposition of dioxins. In general construction machinery mixers, the contact time between the treated material and the insolubilization agent is short, which can reduce the insolubilization effect. The Ultra Solid Reactor can set the stirring time to at least one and a half minutes, allowing for better mixing and higher insolubilization efficiency. We will provide optimal original designs tailored to the specific treatment applications.
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basic information
The "Ultra Solid Reactor," a high-speed reaction solidification device for sludge, is a newly developed apparatus by engineers who have been engaged in solidification treatment devices for over 20 years, pursuing economic efficiency. The "Ultra Solid Reactor" is patented. The high-speed reaction solidification device sends warm air from an electric warm air blower, allowing the internal temperature to be constantly set for optimal hydration reactions. This results in the hydration reaction between sludge and solidifying agents being significantly more active compared to room temperature stirring, enabling the discharge of dried material even with a reduced addition rate of the solidifying agent. The discharge state after solidification can be freely selected between semi-dry and dry conditions by adjusting the addition rate of the solidifying agent. By setting an electronic control program, automatic adjustment of the addition rate of the solidifying agent is possible, achieving a significantly more economical solidification treatment compared to conventional methods. The standard processing capacity of the high-speed reaction solidification device is 7m³/h, but it is also possible to manufacture devices with the desired processing capacity. We recommend a semi-hydrated gypsum-based solidifying agent that generates minimal heat and steam. We also provide consulting services for the solidification of waste gypsum boards.
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Applications/Examples of results
The Ultra Solid Reactor for high-speed reaction solidification of sludge can be used for construction sludge, construction soil, dredged soil, improvement of soft ground, solidification treatment of contaminated soil, and decomposition treatment of dioxins in ambient dust, among other applications. The semi-hydrated gypsum-based solidifying agent has various proven applications, including the improvement of dredged soil, enhancement of subgrade materials, improvement of waste embankments and dredged soil to create new embankments, and mixing as fine aggregate for recycled crushers after solidifying concrete sludge.
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Company information
Our company is small, but we have applied for patents for electric dust collectors and sludge solidification treatment devices. Currently, we are providing environmental purification technology consulting based on cutting-edge environmental purification technology, as well as developing and planning environmental purification devices. We have developed and are selling environmental purification products such as the dioxin removal coagulant Ultra Separate SDS, the heavy metal removal coagulant Ultra Separate S300, and the turbidity coagulant Ultra Separate MC, which is effective for a wide range of applications from organic wastewater to the purification of lake water quality. We are also currently selling a dihydrate gypsum semi-hydration device that can convert waste gypsum boards after crushing and separation into recyclable raw materials. We are developing solidifying agents for soil conditioners, high-moisture sludge, and sludge containing heavy metals, utilizing the semi-hydrated gypsum produced from the dihydrate gypsum semi-hydration device, and we plan to sell these as well. We intend to continue developing products and goods based on environmental purification technology in the future.