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BNF Technology Inc.
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BNF Technology Inc.
India
India
Company Profile
| Company Contact | ||
|---|---|---|
| Name: | Mr. Rajnikant Parmar [Sales] | |
| E-mail: | Send Message | |
| Homepage: | ||
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| Phone Number: | ||
| Address: | F-117, It Tower 1, Infocity Gandhinagar 382009, Gujarat India | |
| Average User Review | There is no review for this company - Write a review | |
| Registration Date: | May. 24, 2023 | |
| Last Updated: | Jun. 9, 2011 | |
| Business Nature: | Manufacturing, Service of Computer Hardware & Software category | |
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| Company Brief | ||
BNF Technology Inc. was established on 11th November 2000 in South Korea and specializes in Monitoring & Control Software Solutions for the process automation industry. BNF' s quality software solutions have been installed in a number of nuclear power plants, thermal power plants and combined cycle power plants. BNF has a product portfolio of Advanced DCS HMI Solutions, Diagnosis & Prediction Solutions, Collaborative Operating & Management Solutions and Performance Optimization Solutions. These software solutions are applicable not only to the power industry but also to all kinds of process automation industries such as chemical, oil & gas, iron & steel, desalination etc. BNF has an abundance number of respected experts in its specialized fields and has a connection to industry experts in Europe and the USA. BNF also has its branch office in India at Gandhinagar, Gujarat to support its customers in India, China and the Middle East area. BNF has a philosophy to meet customerâ € ™ s needs and provide the best services. All of BNFâ € ™ s projects are delivered to its customers in a timely fashion with fulfilled technical requirements. BNF approaches its partnerships in a way so that all our customers will be ensured to network and remain competent in their field of expertise through our software solutions. Furthermore, through our projects, we anticipate that our partnering companies will improve their work performance and ultimately maximize profitability. BNF solutions are designed for Improvements in Operations, Maintenance and Management of the power plants. Some the most renowned solutions are as below: 1) ARIDES ® ( Advanced Realtime Information DEployment System) : Solution for up-gradation of HMI in legacy DCS system with powerful historian. This solution is designed for old plants where the DCS hardware is working fine, but the HMI hardware or HMI software is not working properly because of aging effects and unavailability of spares. In such a situation, BNF provides complete HMI up-gradation solution called ARIDES. The HMI is available on Linux as well as Windows platform with lots of new features, customized features at improved connectivity and plant efficiency. Using ARIDES, the power plant owner can avoid replacement cost of whole DCS system and can save huge cost at very less downtime for up-gradation. ARIDES has an integrated historian, which can save years of plant data with same quality. These solutions are reliable and have demonstrated reliable operation since more than a decade in many power plants. We have experience in upgrading HMI of following DCS makes in nuclear, combined-cycle and thermal power plants. Also our technical team has R& D capability to upgrade HMI of any other DCS/ PLC make, model. o ABB Procontrol P13/ 42 o ABB Procontrol P14/ 44 o Siemens Teleperm XP o MHI MIDAS 8000 o GE Mark V o WooriTech Woori-DCS o RTP 2000 HCS o RTP 2200 HCS o Doosan DooPex2000 DCS o Doosan IMCS The benefits of ARIDES ® are as below:  § Extension of DCS life cycle and getting more ROI from DCS investment  § Avoid cost of replacing DCS hardware, I/ O cards, HMI, Network and communication bus  § Minimum plant downtime required for HMI up-gradation.  § Improved connectivity and plant performance  § Flexible and Scalable architecture  § High reliability through dual/ triple redundancy  § Under Linux or Windows OS, Flexible customization for lots of new features  § Free development system for graphics, excel reports, alarm and trending  § Open interface available for third party applications  § Save years of historical data with same quality  § Web Client for monitoring operations  § Warranty of ARIDES hardware and software system for 3 years.  § Onsite support, supply and services for next 15 years. 2) PRISM ( Plant Realtime Information Smart Manager) : Solution for managing plant real-time and historical information without loss of data. PRISM provides intellectual data management infrastructure for storing, searching, analyzing, processing and quick-reporting based on exact data. PRISM consists of RTDB with an Archive Engine and a Pre-Engineered Client. It is a software package with the ability to collect, store, process, search and analyze the real-time as well as historical data. PRISM can store the plant data for around 15-20 years of plant data on a single server with quick retrieval of historical data. PRISM can connect with ERP and provide plant data to ERP system. The excel ( Microsoft office) plug-in of PRISM can provide automated plant reports at your mailbox. You can explore the plant data within spreadsheet and makes easier for calculation and analysis. Person to person filtered alarm and event notification is also possible. The Plant flow diagram provides graphical presentation of real-time as well as historical plant situations. Problem analysis and Problem solving greatly depends on availability and quality of plant data. The PRISM package helps the plant manages to improve problem-solving skills with available graphical and excel tools. They can effectively prioritize their decisions with reduced extra work at greater accuracy. The PRISM package helps the plant operators and supporting staff to have greater data visibility, provides reliable reports at lesser time and efforts. PRISM Enterprise package can combine multiple power plantâ € ™ s information at single platform for headquarter or for the top management to have an integrated view, analysis, reporting and problem solving across multiple power plants. 3) TIS ( Trip Investigation System) : Solution designed to improve the plant availability. It consists of three subsystems viz. TAS, OMS and CPV. For every plant maintaining plant availability is highly important. Also altering the power generation capacity needs to be handled smoothly. Any unexpected plant trip results in huge cost because of loss of power generation, penalty and start-up cost. The actions such as accurate & quick root-cause analysis, precise corrective action at minimum down time can reduce this cost. Putting efforts towards preventing a failure can greatly improve plant availability. Effective plant monitoring facilitates to acknowledge and recognize the abnormalities at early stage. Following this can prevent the equipment failure. TAS ( Trip-logic Analysis System) : TAS helps to quickly identify the cause of a Trip. In normal practice when a trip occurs in order to find root-cause of trip, one need to analyze SOE logs & alarm logs, analyze control logic & protection Logic, prepare report manually and maintain it for the records. All these steps utilize an important factor; the Time and efforts with complex procedures by technical experts. TAS does above functions within 1 second at greater accuracy. It locates the tag/ signal of the plant which had initiated the failure. The DCS protection logic is implanted in TAS server. During normal operation it runs simultaneously with DCS. When a trip occurs, it immediately back-traces the failure logic path based on DCS logic and time-stamping of signals. That way it accurately and quickly provides the cause signal for the trip and saves cost because of downtime. TAS helps Operators and O& M team to  § Find out the root-cause signal for the trip instantly  § Helps for Accurate, Quick & Automatic trip analysis  § Effectively take corrective action to affected areas  § Get rid of analysing SOEs, event logs, manual analysis  § Enables to Save time and taking Effective decisions OMS( Operation-margin Monitoring System) : OMS is designed for integrated plant monitoring and early recognition of faults in real-time operations. In the normal operation of the plant large number of devices, components & equipment needs to be monitored from multiple control system and operator stations. The operator becomes aware of any abnormality only after an alarm is generated. Identification of failure/ trip related events & time remaining to failure/ trip is hard to figure out and solve. To solve the said problems, the OMS can be used for plant monitoring where all plant systems and sub-systems can be monitored on a single chart. In OMS all important signals can be monitored in full range, and provides timely information about the abnormality even when no alarm is generated at operator station. This system helps to acknowledge process vulnerability much earlier and keeps you informed so that timely action could be taken and failure/ trip can be avoided which results in improved uptime of equipments and greater availability of the plant. OMS can help the Operations team to  § Monitor Operating status of complete plant equipments at a glance  § Early Recognize important alarms and events  § Facilitate operator to identify anomaly earlier and take proactive action  § Centralized and Integrated plant monitoring CPV ( Critical Parameters Varification) : CPV is designed for Smooth plant Start-up without Fail. While restarting the plant in different modes like hot/ cold/ warm start-up, it is essential to check many important parameters prior to start-up as well as the progressive change during startup for those parameters. CPV is programmed to understand the start-up phase and provides complete information about critical parameters till the plant operates at full load. CPV helps Operators to  § Critical Parameters Verification during plant Start-up  § Notifies if anomaly exists or developing  § Ensures smooth start-up without fail Overall using TIS solution has helped to improve the plantâ € ™ s Availability as well as ease of operations and improved safety of plant assets. 4) PHI ( Plant Health Index) : Solution for plant health status monitoring with advanced fault prediction diagnostics. Applies condition based monitoring approach for prediction of faults and facilitates proactive measures for maintenance. Reducing maintenance cost, higher equipment reliability and availability are some of major objectives for the operations & maintenance department. We have designed PHI to meet this O& M objectives and for continuous improvements. The traditional maintenance method employs reactive maintenance, where corrective action is taken after occurrence of a failure. Preventive maintenance is a scheduled time-bound maintenance, irrespective of whether maintenance of equipment is required or not. In some cases malfunctioning may arise because of improper preventive maintenance. A Team of dedicated maintenance experts are required to find out and prevent potential failures at every plant. All over it accounts high maintenance expenses; still some unexpected failure happens in the plant. PHI employs Condition based monitoring ( CBM) approach towards predictive maintenance and calculating health status of plant equipments. This approach is competitive because it does not require installation of any additional sensor or new equipment. PHI works on predictive maintenance approach. Here the maintenance requirement is predicted and accordingly preventive actions are taken. It works in two modes viz. Training mode and Execution mode. During Training mode, PHI is trained to learn various patterns of normal condition of plant equipments for normal operation. PHI uses statistical models to identify these patterns of normal conditions for every process and equipment in consideration with deviations due to environmental factors, process changes, altering generation capacity and sensor failure etc.. This process trains PHI to understand which conditions are normal and which conditions are abnormal. In the Execution mode PHI checks the real-time plant data and generates expected normal condition status of signals. The expected normal condition signal status should match with the real-time plant signal status. If there is any deviation between these two signals found it alerts the operator regarding this abnormality. Since PHI considers so many factors and utilizes statistical models to find out the expected normal plant status, which makes it capable to identify any process anomalies, equipment degradation, malfunctioning and abnormalities well in advance compared to real-time monitoring system. This information becomes very useful for the operations & maintenance team to know where they should do maintenance in order to prevent a failure and stop the vulnerability since its inception. PHI also calculates the health status and represents in % value. So the higher health status index ensures safe operation and superior operation of the plant. The effective use of predictive maintenance can save huge expenses for maintenance, repairs and replacement cost of equipments in the plant also it results in reduced frequency of maintenance and contribute to reducing human errors. At the same time it offers an intelligence system, which accumulates knowledge from years of learning and experience about the plant operations & maintenance. This intelligent system is utilized to make reliable and accurate maintenance planning and prediction of faults and abnormalities in the plant. PHI Benefits:  § Helps to Prevent Failure with Proactive corrective action  § Facilitates to Avoid failure & maintain Healthiness  § Reduced Expensive downtime, results in Increased Profit  § Reduced O& M expenses, results in Increased Profit Ultimately PHI improves safety, equipment reliability and saves time & resources for maintenance. Thank you. | ||
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