Looking for a Water Treatment Contractor
PT TIRTA WAHANA ABADI is a company established to commercial water treatment technologies. Our company is based Tangerang – Banten – Indonesia.
TWA technology has various applications in water treatment and water recycling in particular. Domestic and industrial waste water, desalination of sea water, agriculture and food processing. The technology also has applications in aquaculture in cleaning and maintaining good water quality.
We are committed to ensuring safe, dependable, and affordable drinking water, supported by decades of hands-on experience at hundreds of WTP facilities around the world. We pay particular attention to capital and operating cost-effectiveness and environmental impact. Depending on its end use, water from wells, rivers, lakes, and other sources requires a variety of purification processes, which can include the following :
EPC Water Treatment Indonesia
EPC water treatment indonesia : We build & design water & wastewater treatment in Indonesia, water conditions in Indonesia require a number of different of process, the treatment process of is not always the same in every region that depends on the use of existing technology and feed sources require several different treatment processes even though the basis is the same.
Our water treatment system uses a purification process that will assist in removing elements to hazardous substances in the bacteria viruses, water content and later deserves to be selected as drinking water and utilized for other needs. Our company has a variety of service products, for example in focusing on the needs of food and drink, hotels, housing complexes, gas and oil industries and also other important sectors.
Regulatory time requirements set upon a vitality organization caused engineer-procure-construct (EPC) conveyance of a mechanical treatment plant. During a normal grant restoration process, new emanating limits were indicated for an assortment of metals for both water treatment process and general treatment plant channels. A zero release arrangement was chosen for water with a cutoff on general treatment plant depletes that included mercury. A consistence plan was fused into the license making customary structure offer form testing. The organization went to TWA for the undertaking, expecting to limit their administrative consistence and cost dangers.
The project was delivered under a single amount EPC agreement. The EPC contractor worker was chosen dependent on a serious offer determination process. All through the undertaking, the proprietor stayed incorporated in the task group and held a proprietor’s specialist to speak to its inclinations during design, development and startup.
general treatment plant channels treatment system incorporated a few trains giving repetition all through the system. Side stream treatment inside the treatment system permitted process units to build patterns of focus and lessen blowdown and contamination stacking rates on the essential water treatment process. Water treatment plant advancements utilized: solids-contact explanation, synthetic precipitation, vanishing, sorption, filtration and residuals dewatering. The feed stream to the evaporator is preheated with hot distillate created by the procedure. The seeded slurry evaporator concentrates the stream utilizing helper steam and mechanical fume pressure.
During development, the feedstock and the structure water quality examination for the treatment process changed. Our structure group obliged the change by working with the proprietor and innovation suppliers to recognize least gear alterations required and modify forms science. Indeed, even with the changed conditions, the task fired up in consistence with administrative necessities, on schedule and inside spending plan.
Biological wastewater product contains specially selected strains of beneficial microorganisms in the form of a powerful and high quality and enviromental protection agency. Traditionally biological wastewater products have been used to reduce COD ( chemical oxygen demand ) and eliminate certain pollutants such as phenols, hydrocarbons and ammonia from wastewater. However, they also can improve system efficiency by shortening the star-up time for new plants and by reducing operation under harsh enviromental conditions such as cold temperatures. Further more, odor control negative impacts of odors.