NEWSBLOGEVENTSCAREERSDOWNLOADSCONTACTS
emissions reduction, environmental regulation, control, automation, off-gas capture, energy use, pollution reduction

Be more green | Get more green

The folding kind $$ and the environmental kind.

Increased energy costs along with Government emissions reporting schemes, are already compelling major industrial manufacturers to seek operational efficiency improvements.

It has become paramount for organisations to act to reduce energy use and therefore reduce emissions and operating costs.

Optimising manufacturing and processing operations through sound process control and automation strategies leads to a healthier natural environment as well as a healthier bottom line.

Time and again, it has been proven that by correctly designing and configuring control strategies plants are able to optimise the way in which their products are processed and therefore reduce their use of energy and cut-down production of carbon emissions. Whether you are smelting Lead, refining copper, brewing beer or processing milk, the fine-tuning and automation of key processes means you are more efficient with precious resource inputs and outputs.

Talk to MIPAC today about how applying MIPAC Process Advantage™ to existing processes, or using MIPAC professional process, control, instrumentation or electrical engineers to design and configure a new process, or a full plant wide control system can help your operation.

related information

Southern Copper exceeds emissions targets in Peru | MIPAC Project Profile

Australian Dairy Trial shows 15% energy savings | MIPAC Dairy Industry page
“Early results have already shown that by implementing MIPAC Process Advantage™, plants could see a 15% reduction in energy use and a return on investment within a year,” said Peter Thompson, Business Development Manager, MIPAC.

Xstrata Mount Isa Smelter emissions reduction | MIPAC Article
"At Mount Isa, our Copper and Zinc businesses are working together to assess the feasibility of increasing the capture and treatment of SO2 from their smelters to 95% by 2012 for the copper smelter and to 98% by 2013 for the lead smelter. These controls will also capture any trace amounts of heavy metals in treated smelter fumes..."| source: Xstrata Website

CellView® can lead to Reduction in Energy Use:
For example, in a copper refinery that produces 200,000 tonnes per annum the annual benefit derived from using CellView® could be in the vicinity of $1million (AUD).

Waste Water Treatment Plant | MIPAC project profile
project will result in a reduction of nitrogen and phosphorus content in the treated wastewater making it significantly cleaner when released into the region's waterways. This will have a major positive impact on and support a region with one of the highest population growth rates in south-east Queensland. | source: John Holland Website
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