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Reducing energy use in confectionery production isn’t one change, but a series of choices that add up. The right equipment, thoughtful process design, good automation, smart use of heat and water. CHOCOTECH’s approach brings those pieces together in a way that’s practical for manufacturers facing cost pressures, sustainability targets, and increasing scrutiny. They say, this isn’t about chasing a trend, it’s about doing things better because better is also more sustainable. In this industry, that’s what staying competitive looks like.


Agriflex’s energy-efficient approach to ingredient handling


In modern confectionery production, where  ingredient handling systems often don’t       approach to bulk material storage and dosing, is quietly leading the charge on  and improves reliability across the board. “Every part of our system is designed with               statement—it’s a technical strategy.


The


company’s machinery is built to reduce energy usage at the mechanical level, without compromising on performance. It starts with  engines, a step up from standard options in terms of energy class. But the bigger gain comes from how those motors are controlled. By integrating inverters across the              of the process. That includes volumetric       are fed into pneumatic transport lines.  the inverter ensures that the feed rate is 


KennedysConfection.com


and keeping everything moving smoothly. Automation plays a central role, especially


      don’t start up blind, they’re managed with       and lowering peak consumption. And if                  operating conditions give operators the chance to take corrective action before energy or raw materials are wasted.


Catching errors early


One often overlooked source of energy waste in production is error correction,  to create a product that doesn’t meet specs  this with layered control logic. Redundant systems monitor each progressive step                             line overall.





 energy too—and our systems are built to 


Reinventing dough cooling             system,


whole reservoir and keeping it cold, their system cools the raw material immediately  eliminates the need for prolonged storage and constant refrigeration.


Compared to common lamellar air


                                   control over dough temperature—an added        go far beyond lower energy bills. By reducing energy and raw material waste, producers can         although that’s increasingly important to retailers and consumers alike, but about creating a line that runs leaner, more predictably, and with fewer disruptions.  built to work quietly in the background, doing what good systems should: lowering risk, reducing waste, and keeping operations running at their best. As the company puts it, it’s about “optimising the         batch after batch.      


particularly relevant for yeast and sourdough applications in the confectionery and bakery sectors. Cooling is often one of the most      production line. The traditional approach involves chilling large storage tanks of dough or starter, maintaining them at low  took a different path. Instead of cooling a


     confectionery manufacturers are under pressure to do more with less. CHOCOTECH      lies not in radical reinvention, but in     optimise every stage of production. From precision dosing to waste heat recovery, their technologies show how thoughtful engineering can transform energy from a cost into a competitive advantage.


Kennedy’s Confection April 2025 37


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