, , , , , , , , , , , , , , , , , , , , , ,

Energy Intensity Index more prominent in your plants performance metrics. The Energy Policy Act of 2005 encourages a reduction in industrial energy intensity. Energy intensive industries with complex utility grids: Integrated petrochemical complex, chemical manufactures like chlorine plants integrated with an electric power-steam cogeneration plant, high conversion petroleum oil refinery and mineral processing-refining like aluminum. Also included are complex institutional facilities like university campuses, hospitals, military bases and correctional institutions that are being required to improve energy efficiency. Due to this complexity, the most profitable operating points are non-obvious, dynamic and influenced by many factors. Furthermore, energy prices are increasing and becoming more volatile while environmental and other governmental regulations require greater diligence. Sarbanes-Oxley Act SOX sarbox of 2002 compliance is adding to the requirement that senior management have near real-time view and knowledge of their operation. To complicate matters further, organizations lose substantial expertise and knowledge as senior plant personnel retire. unique, on-line solution addresses all utilities in a single integrated system and focuses on economic optimization. It leverages investments in and collaborates with advanced control systems and other software applications already existing in or outside the plant. Typically, the applications will reduce energy and other operating costs by 3-5% with no capital investment and generate project ROI in excess of 100%. software and solutions benefit you through: Gain Real-time Insight of Site-wide Energy-Utility Infrastructure Optimize Energy-Utility Systems Operations Evaluate “What-if” Operating Scenarios and Strategic Analysis Identify And Analyze Projects That Impact The Energy-Utility Infrastructure Track And Verify Benefits And Results Facilitate Collaborative Knowledge Management Energy Management & Optimization Technology PE-Advisor is a powerful energy and utility management system designed to minimize overall energy and utility costs by modeling and optimizing: complex utility grid (steam, fuel, power, hydrogen, water), utility system interactions, emissions, utility and process interfaces and commodity supply agreements with the objective of reducing costs and achieving environmental and other regulatory compliance. PE-Advisor is efficiently used to identify strategies and projects, verify project benefits, generate immediate operational savings and facilitate production and infrastructure planning. Process synthesis designing chemical processes process development techniques feature pinch technology design of heat exchanger networks Linnhoff Turner trade-off between capital cost and heat recovery energy and capital Pinch analysis capital costs, emissions, and energy consumption process synthesis methodology Jacaranda system from University College of London. Jacaranda is a system for process synthesis, or automated process design.

Countries of Interest

LightRidge Resources: Powerful software for process manufacturing, power generation and institutional facilities
LightRidge Resources delivers comprehensive asset management solutions for power, chemical, refining, manufacturing and central districts. Our software reduces the cost of managing complex systems. Learn more about our solutions >>
Performance Management of
Energy and Utility Assets
MORE>>
Combined-Cycle, Cogen,
Combined Heat and Power…
Reduce fuel consumption and
improve efficiency while
dispatching at optimal times

MORE >>
Refining, Petrochemicals,
Chemicals, Upstream…
Maximize value of energy
within complex integrated
manufacturing facilities

MORE >>
Universities, Central Districts,
Hospitals, Governmental…
Minimize energy costs while
maintaining reliability and
satisfying facility demands

MORE >>
Solutions facilitate reductions in environmental emissions and compliance with regulatory limits.