Energy has the highest potential for cost reduction, and thus the energy audit becomes a crucial exercise. There can be three types of energy audits. A walk-through energy audits (level I ASHRAE energy audit), target energy audits (level II ASHRAE energy audit), and detailed energy audits (level III ASHRAE energy audit). Througout hundreds of energy audit, Opnor has developped a streamlined cost effective approach to do level I, II or a full scale level III energy audit.
The Effective Decarbonization audit is a sustainable audit performed by experts evaluating your organization’s direct emissions from sources owned and controlled. The Decarbonization audit identifies the opportunities which will have significant impact to the site decarbonization and a Roadmap to implement it including governance requirement to reach and maintain sustainable goals
Over hundreds of audit and energy efficiency projects implementation, Opnor has developped the EcoSuite Solutions which is the most comprehensive energy management and optimization solution for the large industry based on ISO-50001 Standard. It includes all the required steps to move from where you are to implement energy management in real time. Enable process optimization, energy optimization using new AI technology and learning rules.
Opnor offers the EcoMap solution which is an Energy Management Information System (EMIS) for the large industry design for “making energy visible”. It is part of the EcoSuite Energy Management System and is used to better “see” site energy consumption, sets standard for where their consumption should be and to manage and drive energy savings results.
OPNOR helps organizations to implement energy management systems based on ISO 50001 by providing services from the initial business case justification to implementation and certification of the energy management systems
Energy represents a tremendous improvement opportunity for mining companies since savings derived from more proactive energy management are inextricably linked to energy management.
Energy represents a tremendous improvement opportunity for mining and metals companies since savings derived from more proactive energy management are inextricably linked to energy management.
Unfortunately, the generation of electricity in a thermal power station is a very inefficient process and large amounts of energy are inevitably wasted in the form of heat energy. … This means that about 62% of the energy released by the burning of the fossil fuel is wasted.
Pulp & Paper industry is an energy intensive industry. The consumption of steam and electricity per tonne of paper production is about 11-15 tonne and 1,500-1,700 kWh. The average specific energy is placed at 52 GJ per tonne of paper.
Manufacturing industries use fossil fuels and renewable energy sources for: Heat in industrial processes and space heating in buildings. Boiler fuel to generate steam or hot water for process heating and generating electricity. Feedstocks (raw materials) to make products such as plastics, chemicals and transform products.
In 2020, wood and wood waste accounted for about 5.5% of industrial end-use energy consumption and 4.4% of total industrial energy consumption. Thermal and electrical energy is used to prepare, process, dry ans finish panelboard and lumber wood products. There is significant opportunities to reduce the energy consumption of the operations.
Since the last IEA review in 2015, Canada has made a series of enterprising international and domestic commitments to put the country on a path towards transforming its energy system, including a target to cut greenhouse gas emissions by 40‑45% by 2030 from 2005 levels and to reach net zero emissions by 2050. Canada’s energy […]
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Diesel is a significant energy source for the mining industry. It is used for material transport such as the hauling of ore and overburden and for process heating. Mobile (hauling trucks, loader,..) and heat generating equipment constitute the key activities to Decarbonize the operations using Energy Conservation Measure ECM and to achieve short term results. […]
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Key Pillars of Decarbonisation for short terms results ….(from p64) Achieving the rapid reduction in CO2 emissions over the next 30 years in the NZE requires a broad range of policy approaches and technologies (Figure 2.12). The key pillars of decarbonisation of the global energy system are energy efficiency, behavioural changes, electrification, renewables, hydrogen and […]
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