🔍 Understanding HSE Limits as per OSHA
OSHA sets Permissible Exposure Limits (PELs) to protect workers from harmful substances and conditions. Key limits include:
✅ Noise – Max 90 dB(A) over 8 hours
✅ Chemical Exposure – Each substance has a specific PEL (e.g., silica: 50 µg/m³)
✅ Temperature/Heat Stress – No fixed PEL, but general duty clause applies
✅ Dust & Fumes – Limits depend on type (e.g., total dust: 15 mg/m³)
Always follow SDS, use PPE, and monitor regularly.
#OSHAStandards #HSELimits #WorkplaceSafety #PEL #OccupationalHealth #HSEAwareness #HSE #hselifeline
services for pumped storage plants, focusing on enhancing power generation, improving plant availability, and reducing operational costs. Their services include optimizing energy consumption, hydraulics, and maintenance, while also offering customized solutions like consignment stores and fixed-price contracts for cost management. ANDRITZ also provides digital O&M services and Life-cycle Asset Management (LAM) for pumped storage plants.
ReplyDeleteHere's a more detailed breakdown:
1. Enhancing Plant Performance:
Efficiency Optimization:
ANDRITZ thoroughly checks system parameters (delivery flow, pressure head, power consumption) and optimizes energy consumption and hydraulics to improve plant efficiency.
Dynamic Operation:
They focus on smooth and stable operation, extended operational range, and high reliability and flexibility, even with frequent mode changes and rapid load changes.
Digital O&M:
ANDRITZ offers next-generation digital O&M services, leveraging technology for improved monitoring and control.
2. Reducing Operational Costs:
Maintenance Optimization:
ANDRITZ helps reduce maintenance and repair costs through optimized maintenance schedules and efficient repair strategies.
Consignment Stores:
They offer consignment stores to optimize stock management and reduce costs associated with inventory holding.
Fixed Price Contracts:
ANDRITZ provides fixed-price contracts for predictable cost planning and management.
3. Comprehensive O&M Services:
Life-cycle Asset Management (LAM): ANDRITZ provides LAM services, managing the entire lifecycle of assets within a pumped storage plant.
Modernization and Upgrades: ANDRITZ can modernize existing facilities and integrate O&M strategies into the design of new projects.
24/7 Support: ANDRITZ offers 24/7 support for pumped storage plants.
4. ANDRITZ's Expertise:
Pumped Storage Leader:
ANDRITZ is a leading provider of pumped storage technology with a long history and global presence.
Global Experience:
They have a total installed capacity of about 40 GW worldwide and decades of experience in India.
Pioneering Projects:
ANDRITZ has been involved in pioneering pumped storage projects, including the first private pumped storage plant in India (Bhira) and the world's largest fully integrated renewable energy project (Pinnapuram).
R&D:
ANDRITZ is continuously developing and refining technologies for pumped storage, including adjustable speed and closed-loop systems.
5. Key to Future Energy:
Integrating Renewables:
Pumped storage is crucial for integrating intermittent renewable energy sources into the grid by providing energy storage and grid stabilization.
Addressing Future Storage Needs:
ANDRITZ's solutions are vital for meeting the growing demand for energy storage as renewable energy adoption increases.
ANDRITZ provides comprehensive operation and maintenance (O&M) solutions for pumped storage plants, focusing on enhancing efficiency, reliability, and flexibility. Their approach includes advanced monitoring systems like Metris DiOMera, which analyzes plant conditions and recommends maintenance intervals. They also offer services for optimizing energy consumption, hydraulics, and maintenance costs.
ReplyDeleteKey Aspects of Andritz's Pumped Storage Plant O&M:
Operational Flexibility:
ANDRITZ ensures smooth and stable operation with extended operating ranges, dynamic operation, and high reliability, even with frequent mode changes and rapid load adjustments.
Advanced Monitoring:
Metris DiOMera, a condition monitoring system, analyzes plant data to optimize performance and recommend maintenance schedules.
Efficiency Optimization:
They focus on optimizing energy consumption and hydraulics, adapting to changing operating conditions and minimizing costs.
Maintenance and Repair:
ANDRITZ helps reduce maintenance and repair costs through optimized maintenance strategies and efficient stock management.
Modernization and Upgrades:
They offer services for modernizing existing facilities and integrating O&M considerations into new project designs.
Grid Support:
Pumped storage plants provide grid support through reactive power compensation, frequency response, and black start capabilities.
Safety and Compliance:
ANDRITZ prioritizes health, safety, and environmental protection, adhering to strict safety protocols and training programs.
Global Standards:
ANDRITZ follows global quality standards and procedures, ensuring high-quality service and support.
Specific Examples:
Metris DiOMera:
This system helps stakeholders understand asset performance and make informed decisions about long-term operations.
Service Agreements:
ANDRITZ offers customized service agreements, including fixed prices, to simplify cost planning.
Modernization Projects:
They have experience in modernizing existing pumped storage plants, such as the one in Meghalaya, India.
Grid Stability:
Pumped storage plants contribute to grid stability by providing energy storage and supporting grid frequency regulation.
ANDRITZ's approach to pumped storage plant O&M is holistic, encompassing operational flexibility, advanced monitoring, efficiency optimization, and a commitment to safety and quality.
Maximize the availability of your hydropower plant with Metris DiOMera
ReplyDeleteOperation and maintenance for better performance
Metris DiOMera is a modular and flexible platform for operation and maintenance of hydropower plants that optimally meets specific customer requirements, preserves the environment and supports operation management. It provides a decision guidance for target-oriented maintenance works considering the lifetime management to define the right scope and moment for the maintenance in order to maximize the availability of the plant.
Benefits at a glance
Reduce operational expenditures (OPEX)
Maximization of energy production and revenues
Ensure plant availability and safety
Protect the assets’ value
Manage complex and instable boundary conditions
For better performance
© Sikov-AdobeStock
Contact us
Contact us
Do you have questions?
Please send us an email.
Long-term optimization of assets
Maintenance of the electromechanical equipment is key for a long lifetime of the power plant. The profitability and long-term value of an power plant asset is significantly impacted by the quality of services for operation and maintenance.
To fullfil the requirements remote assistance, emergency troubleshooting and preventive, corrective and predictive maintenance are needed.
Services can range from continuously monitoring of relevant key performance indicators (KPI) up to adaptive operation optimization of multiple units and power plants. Monitoring, diagnosis and analytics of specific environmental conditions, like seasonal sediment load or cavitation, are additional features.
Maintenance solutions are provided in a broad range - from inspections on site, remote support during inspection up to recommendations regarding inspection intervals.
With sufficient unit data Metris DiOMera offers the opportunity integrating existing systems and combine the long-term engineering know-how of ANDRITZ Hydro with most modern data analytic methods to reach a higher assessment level of residual lifetime and overall equipment condition.
Here is your solution!
Metris DiOMera efficiency hill chart
Metris DiOMera efficiency hill chart
Optimization levels
Metris DiOMera is a modular and flexible system to meet customer’s specific needs, protect local environment and support production regulations. It aims at well targeted maintenance interventions at the right time and to the right extent in order to minimize maintenance effort and maximize availability of the equipment.
Level 1:
Safe and cost efficient operation within prescribed boundaries based on monitoring of signals and trends, dashboard and reports, quantified via KPIs.
Level 2:
Diagnostic and recommendations regarding operation optimization, inspections, maintenance and repair intervals based on real time data, trend analysis, machine experience, remote assistance
Level 3:
Intelligent system for operation optimization and predictive maintenance based on assessment of risk of failure and residual life time, machine experience, real-time data and trend analysis
Additional features
Remote supervision or support services are offered at agreed levels. At request, key performance figures and machine trends can be remotely monitored via a secure data access. Warnings, recommendations regarding operation optimization and maintenance intervals are offered remotely.
With this, support by ANDRITZ Hydro experts are available anytime, both for planned inspections at site and for unforeseen troubleshooting and maintenance works.
Increased plant output at Montrose
ReplyDeleteThe hydroelectric power plant in Canada has been using the Metris DiOMera monitoring system from ANDRITZ since 2016
Tony Nott, Operaton Director at Alterra Power, and Operation Engineer Nicholas Adams talk about their experiences and plans.
The countryside is impressive in British Columbia, Canada, and the ways of generating energy with the aid of hydropower are certainly attractive.
Metris DiOMera dashboard
Metris DiOMera dashboard
Why do you use Metris DiOMera?
Tony Nott: The Montrose Creek has a high sediment content, which clogs our hydropower plant runners. They have to be refurbished every two to three years due to the wear this causes. On the one hand, refurbishment and maintenance account for a significant portion of our operating costs. On the other hand, we have to plan this work very carefully so that we have as little downtime as possible. DiOMera helps us to optimize the decisions on whether and when to refurbish a runner.
How does this work in practice?
Nicholas Adams: DiOMera tracks runner efficiencies to deter-mine the optimum time to perform refurbishments. The efficiency assessments don’t take long, and they are also very representative. Secondly, the system monitors plant operation and output, and it forecasts when runner inspections will be due. This forecast aids planning and optimizes the inspection intervals by taking account of part-load operation in winter. Thirdly, DiOMera has identified a slight performance difference between Unit 1 and Unit 2. This helped us to maximize output and to concentrate wear on only one of the runners.
Contact us to learn how Metris DiOMera can improve your hydropower plant.
DiOMera Generator Capability Diagramm
Metris DiOMera Generator capability diagram
What concrete benefits does this provide?
Nicholas Adams: We established that the nozzle jet configuration is less than optimal during part load operation. It is important to note here that the units operate at part load for many months in the year. Changes to the nozzle jet configuration improve plant output and reduce runner and nozzle wear.
What is the next step? What are your plans and goals for the future?
Tony Nott: Turbidity monitoring and sediment sampling will be tied into DiOMera to correlate sediment content with erosion on the runner. This will further improve runner condition forecasting. The operator will be able to assess the impact of changes at the intake, such as head pond dredging, more accurately.
Would you say that digitalization is a powerful tool in general to optimize maintenance of hydropower plants?
Tony Nott: Digitalization makes decision making easier simply because it allows the plant’s current status to be assessed automatically. Some of the information incorporated into DiOMera was available prior to its installation, but reporting has now been automated, and this reduces the time required to assess plant condition. By standardizing data acquisition with DiOMera, we can also communicate more effectively with ANDRITZ and improve plant performance at the same time.
Speaking of collaboration with ANDRITZ, how would you assess this partnership?
Nicholas Adams: We are in close contact and, for example, we have discussed a standardized runner inspection process that could be incorporated into DiOMera. This would streamline the inspections and improve the consistency of reporting.
Tony Nott: The fact is, Toba Montrose General Partnership lacks resources with the technical experience to address major issues and optimize plant performance. With help from ANDRITZ, we have been able to maintain high availability, implement plant upgrades, and reduce operating costs – and we are also hoping to be able to increase annual produc-tion. In short: ANDRITZ makes a valuable contribution to our operations.