A global professional manufacturer of food enzymes, cultures, ingredients, and other products in the Netherlands has experienced continuous performance and maintenance issues with its online Total Organic Carbon (TOC) monitoring instrument. The monitoring instrument adopts high-temperature oxidation as the method for detecting organic matter in wastewater. Due to blockage, the instrument always has insufficient normal operating time. Years later, the company decided to look for other better monitoring solutions, which must have stronger reliability and longer normal operation time.

Total organic carbon (TOC) and conductivity are key attributes of water quality, but manual detection of these two parameters can take several hours. The time-consuming testing steps include testing samples, recording data, waiting for review, and approving recorded data in written or electronic laboratory data management systems. A global biotechnology company in the United States is actively seeking a platform that can simultaneously detect TOC and conductivity to improve efficiency, streamline processes, and export test results to laboratory data management systems.

A multinational energy company and global power and natural gas production giant discovered silica deposition issues in one of its power plants. Sediments damaged the turbine blades, leading to unplanned repairs. The company specializes in researching and utilizing innovative technologies, aiming to understand the root causes of power plant problems and find a sustainable solution to prevent future shutdowns and maintain optimal power generation efficiency.

The successful implementation of the Direct Drinking Water Reuse (DPR) project can greatly enhance the local drought resistance. In order to eliminate public misunderstandings about DPR water as a drinking water source and maintain optimal operation of the DPR water treatment process, water treatment plants need to use technology equipment that can monitor water quality in real time, such as total organic carbon (TOC) analyzers. Water quality monitoring is a key step in optimizing the performance of membrane bioreactors (MBR) and ozone oxidation processes.

Litehouse company mainly produces salad dressings, sauces, vegetable dipping sauces, seasonings, cheese and other products. The Litehouse food processing plant located in Lowell, Michigan generates an average of 75000 gallons of wastewater per day. The wastewater treatment workshop of the food processing plant uses two Dissolved Air Flotation (DAF) systems, and the treated wastewater flows into the city's wastewater treatment plant.

In the feed processing workshop, steam can be used for various processes such as heating, disinfection and cleaning, and direct steam treatment of products. The steam application in Mars' processing plant also includes liquefying plate oil through heat exchangers, so organic matter may enter the circulating steam in the form of grease.

An ethylene production plant is seeking to improve the performance and monitoring of wastewater treatment processes. After the wastewater from the production equipment converges at the lifting station, it flows into the homogenization tank (EQ tank). Before the wastewater enters the Dissolved Air Flotation (DAF) system, operators add treatment chemicals to the water and adjust its pH value. The treated water is sent to the biological treatment system for further processing, and then clarified and discharged.

The sugar factory processes about 4300 tons of sugarcane every day, producing various sugar products such as honey products, raw sugar, white sugar, brown sugar, etc. Due to the huge production volume, optimizing production and preventing expensive products from leaking into the production process has become crucial. The on-site laboratory of the sugar factory collects data to help the factory make decisions that can improve production efficiency and save costs.

The consistency of ultrapure water (UPW) production is crucial for microelectronic manufacturing and helps protect product quality. In addition to basic ultrapure water monitoring, microelectronics factories also face challenges in quickly responding to deviations from trends and conducting effective troubleshooting and process control. Other areas of concern include ensuring chemical purity to improve process performance and mass production, as well as monitoring wastewater and reuse water.

A Swiss based industrial company provides services to a chemical park, including residue treatment, power production and distribution, environmental protection and waste disposal, equipment maintenance, repair, and engineering automation. The chemical park is home to chemical manufacturers from different fields, with varying production efficiencies and processing requirements, making it challenging to provide them with services.

Effective management of ion exchange resin beds is crucial for achieving optimal performance in ultrapure water systems. The preventive maintenance plan adopted for regenerating and replacing ion exchange resins has a fixed implementation frequency and strong timeliness; Compared to this, continuous real-time monitoring of ultrapure water quality behind the mixed resin bed and polishing loop resin bed is a better control strategy. If the resin is regenerated or replaced too frequently, it will unnecessarily increase operating costs. Due to differences in ion affinity, using an online boron concentration analyzer to detect the effectiveness of ion exchange is superior to using an online silica analyzer to achieve the same goal.

The analysis of total organic carbon (TOC) in saltwater samples faces special difficulties due to the high content of total dissolved solids in saltwater and the characteristic of chloride depletion of oxidants. The Sievers InnovOx laboratory TOC analyzer adopts supercritical water oxidation technology, which can eliminate the interference of chlorides and reduce expensive and time-consuming instrument maintenance while providing the best analytical performance, overcoming all the above disadvantages. Therefore, it has become an ideal tool for TOC analysis of saline samples.