Technoforce Solutions (I) Private Limited,

In technoforce , we work to optimize the use of water in the industry, due to Zero Discharge Technologies, it encourages its reuse after production processes, provided they are economical and environmentally friendly. If zero discharge is not feasible, then we consider it as long as it is not legally established to prevent the loss of restrictions or other serious financial or social consequences and image within the discharge limits. Apart from allowing the compliance of current environmental laws, the treatment of industrial wastewater provides very good value for those responsible companies in the environment. Industrial waste water Treatment is generated as a result of industrial activities. There is a wide range of industrial waste water types (such as processes, cleaning and cooling) with different types of pollutants. Most industrial processes use water in one way or the other. Once used, the water should be treated before disposing, whether it comes back to the nat

A client was losing a significant segment of glycol with buildup amid regular refining. The buildup, having encouraged salts, would foul the section packings and reboiler tubes. The weight drop in the refining section brought about higher bubbling temperature in the reboiler. The client drew closer Technoforce to discover an answer with the goal that the plant could be worked continuous and to get upgraded limit. Technoforce proposed an Agitated Thin Film Evaporator (ATFE) of an arrangement which can deal with gooey deposits. Preliminaries in the Technoforce Pilot Plant uncovered that 99 % of the glycol can be recuperated. The current refining section would work inconvenience free without salts bearing buildup and would isolate a few polluting influences getting refined alongside the glycol. "By isolating buildup in the initial step itself from the feed stream the current gear gave extra limit. It is a splendid arrangement." was the response of the Managing Director. Th

Amid the initial step of the settled group process, the item framed in the watery stage by bunch response was extricated in toluene. The toluene with item was washed with water in the second means to specifically expel certain polluting influences. The initial step had potential for enhancements. The reversible response would achieve higher change if the item was expelled from the response mass when it was framed. The two stage process was attempted in the Asymmetric Rotating Disk Contactor (ARDC) in the pilot plant office of Technoforce . Toluene was counter presently ignored the fluid stage while the response was continuing at a raised temperature. The item got exchanged to toluene stage when it was framed, encouraging better change. "Approval of our hunch that the counter present reactive extraction ought to improve the transformation is incredible news for us. Technoforce group is equipped for understanding the nuts and bolts and upgrading the parameters, wit

Thin Film Technology – Short Path Distillation Short Path Distillation is a technique which involves distillate travelling a short distance done at a reduced pressure. Distillation means distillate from one glass bulb to another without need for separating two chambers. Short path evaporation complements thin film evaporation technology, allowing greater capability to provide right solution for separation problems. The Technoforce thin film short path distillation system is bench scale system and designed for distillation of thermally sensitive products under vaccum system. This technique is excellent for heat processing and high boiling products. This can be used for compounds which are unstable at high temperature or to purify small amounts of compound. The short path distillation system consists of cylindrical body, double mantled and filled with heating medium and condenser inside. Product is being spread through the thin film inner surface of evapora

In enormous scale mechanical creation, usually important to vanish a lot of water which requires a lot of vitality to warm water to deliver steam. So as to decrease the utilization of warming steam, multi impact evaporator can be utilized. At the point when the warmed steam goes into an evaporator, the arrangement is warmed and bubbling, while the optional steam weight and temperature are lower than the first warming steam, yet the auxiliary steam can in any case be utilized. In the multi impact vanishing, the auxiliary steam can be utilized as the warming steam and brought into next evaporator. For whatever length of time that the vanishing chamber weight and the breaking point of the arrangement are lower than those of the first evaporator, the auxiliary steam presented can assume the job of warming source. Correspondingly, the new auxiliary steam delivered continuously evaporator can likewise be utilized as the warming steam of the third evaporator. Along these lines, each ev

How Sludge Dryer Works? Sludge dryer technology used as dried bio-fertilizers, by product fertilizers and sludge fertilizers. Sludges are treated all the way through a dewatering process before disposal. With Technoforce manufacturers of evaporators, the water treatment plant drying of sludges reduces disposal cost and converts waste into marketable products. Our paddle dryers provide reliable and efficient method for drying sludges from filter process. The direct sludge drying method that dries sludge direct with flames and high temperatures and the indirect drying method produces dried sludge containing more plentiful organic matter which is desired in agriculture. Our sludge dryer based on synchronized twin screw conveyors carrying material through dryer’s chamber. Special design of our blades that are turning in intersection with each other enables to dry the material. In many cases, sludge has a high water content that makes handling difficult and problematic

At technoforce , we are focused on economical procedures situated to zero release (otherwise called zero liquid discharge ). The reason is twofold: to attempt to recuperate water of great quality and to re-utilize squander or limit its generation. Utilizing consolidated focus procedures, for example, films and vacuum vanishing, an adequate centralization of waste can be accomplished to: •   Reuse the water got after the treatment procedure. •   Sell the loss for different applications. •   Use the loss as an elective fuel in cogeneration gear or different frameworks. Advantage Zero release of fluid effluents is the most maintainable elective that any industry can receive in the administration of its fluid waste. Zero release comprises of utilizing strategies and procedures that make the reuse of fluid effluents conceivable with a double reason: right off the bat, to diminish water utilization however much as could reasonably be expected and, besides, to limit

During the first step of the well-established batch process, the product formed in the aqueous phase by batch reaction was extracted in toluene. The toluene with product was washed with water in the second step to selectively remove certain impurities. The first step had potential for improvements. The reversible reaction would reach higher conversion if the product was removed from the reaction mass as soon as it was formed. The two step process was tried in the Asymmetric Rotating Disc Contactor (ARDC) in the pilot plant facility of Technoforce . Toluene was counter currently passed over the aqueous phase while the reaction was proceeding at an elevated temperature. The product got transferred to toluene phase as soon as it was formed, facilitating better conversion. "Approval of our hunch that the counter present reactive extraction ought to improve the transformation is extraordinary news for us. Technoforce group is equipped for understanding the nuts and bolts

What is Zero Liquid Discharge? Technoforce Solutions provide Zero Liquid Discharge (ZLD) is a wastewater treatment process created to totally take out all fluid release from a framework. The objective of a zero fluid release framework is to decrease the volume of wastewater that requires further treatment, monetarily process wastewater and produce a perfect stream appropriate for reuse. Organizations may start to investigate ZLD as a result of consistently fixing wastewater transfer guidelines, organization commanded green activities, open view of mechanical effect on the earth, or worry over the quality and amount of the water supply. There are a number of benefits to targeting zero liquid discharge for an industrial process or facility:   -Brought down waste volumes decline the expense related with waste administration. -Reuse water nearby, bringing down water securing expenses and hazard. Reusing nearby can likewise result in less treatment needs, as oppos