Refrigeration For CEO’s

Cold Logic sees itself as not just a contractor or service agent but as a business partner. Refrigeration and temperature control forms a critical input to many industries particularly with regards to product quality, food safety and shelf life.

Cold Logic has successfully worked with CEO’s and senior management on achieving business goals of expansion and new facilities where refrigeration can be the major energy user and a critical element to project success.

If you have a major expansion project, new product line or looking to complete a significant upgrade to your facility, it would be worth discussing your plans confidentially to us and see how over the last 35 years we have helped some leading Australian brands successfully grow.

A robust and effective refrigeration plant must be able to deal with a broad range of heat loads and most importantly, cater for peak product loads at warmest days of the year. Depending on the risk profile of your business you may need redundancy in your refrigeration equipment to cater for routine servicing or breakdown.  

It is worth considering what each hour of down time will cost the organization should operation or manufacturing have to stop due to a refrigeration outage. What's your risk mitigation plan?  

Cold Logic has worked with hundreds of clients to look at operational and safety risks with their refrigeration plant and implement plans over a set time period to address. Cold Logic is experts at putting together high level broad strategies and budgets to make assessments on risks and return.

Quality control and critical temperatures go hand in hand. Refrigeration can be the difference to success or failure particularly when dealing with food, beverage and pharmaceutical. If you feel that this is an area of concern then talk to us.

In many ways the effectiveness of your inputs create the success of your outputs. If your refrigeration can improve pull down times of temperature of product,  you can push more product through with better asset utilisation and improve return on operations (ROO). In other words, reducing overall input cost by minimising energy consumption while improving efficiency of refrigeration such as heat reclaim.

The way you can do this is implementing new technology and better product designs. These implementations can reduce overall input cost by minimising energy consumption, improving efficiency of refrigeration, heat reclaim and even reduce/replace use of fossil fuels. 

We are more than happy to share what we are doing in this technology space. Talk to us about Low Charge DX Ammonia, plate freezing and heat pump/ waste heat recovery.  

The challenge in a fast moving economy is that it is driven by technology.  Are you ahead of the curve?

Did you know refrigeration can be anywhere between 30-85% of a facilities annual energy use? 

Are you managing your energy costs as best as you can be?  Its worth having the conversation with us.  

Refrigeration is essentially capturing heat (energy) and moving it to somewhere else (often atmosphere). How much energy and heat your moving will determine how much electricity your using.  

We have intimate knowledge of making the best use of it. Our expertise is in better automation and controls of refrigeration. A 1-3% improvement in controls and refrigeration operation can translate into a 1-3% improvement in energy efficiency. Doesn’t sound like a lot?

For many companies, total energy bills can be in the many $100K’s to millions. Each dollar of efficiency gain here falls straight to the bottom line.

Our firm belief is that for most mid to large scale operations - Ammonia is the future in Australia. It is 100% green, with zero global warming potential and zero Ozone Depleting potential. It is also one of the most efficient refrigerant gases you can get.  

As an original equipment manufacturer (OEM) and systems integrator – we are helping Australian industry navigate their way through high energy costs and the current phase down of harmful HFC gases.  

There has been a lot of developments with Ammonia systems, making them more compact, lower in total charge and safer to operate than many tracitional ammonia systems.