Bakery processing equipment for waste management in bakery
The demand for bakery processing equipment will
witness growth, but the management of waste in the food production line is a
major challenge for the industry. Equipment that does not work efficiently may
result in burnt, undercooked or even over-mixed food, ultimately generating
waste.
It is also a major limitation in
achieving the level of quality on the production floor. Furthermore, the use of
sub-standard equipment results in poor-quality food being produced. For the
bakery processing equipment sector, all these factors are expected to be restrictive.
Bakery waste is the result of
different bakery management decisions and can occur at all stages of bakery
production: it can consist of unsold loaves of bread and bakery items that have
reached the end of their shelf life and are then dumped as waste. These can be
caused by insufficient lot sizes/minimum order quantities.
What is bakery processing equipment?
Miller, mixer/kneading unit,
former bun, and bread, fermenter, bake ovens, cold stage, and boilers are the
main equipment. Milling, blending, fermenting, baking and storage are the
primary processes. Usually, fermentation and baking are done at 40°C and
160°-260 ° C respectively. The products can be stored at 4-20°C, depending on
the logistics and the market.
What causes waste in bakery procedures?
·
Production
sequencing and changeovers
Waste often occurs during a
change from one line to another, e.g. where the remaining dough from a
specified batch is inadequate in making a full product and cannot be used in
the production of the line.
·
Process
compliance
Where processes are defined to
minimize waste and ensure that any waste is properly handled, all members of
the bakery team must follow them. Failure to do so can have a significant
impact on waste.
·
Ingredient
lot sizes/ minimum order quantities/ order frequencies
Waste can be produced as a result
of inappropriate lot sizes/minimum order quantities and/or frequencies
resulting in the ordering and use of ingredients in higher quantities than
needed, to meet the demand. For example, in the case of pre-mixed ingredients,
packaging sizes that are higher than the quantity required to produce a product
batch means that the surplus ingredients must either be stored and then used or
discarded.
·
Pressurized
environment
Meeting daily production plans to
ensure that all freshly baked stocks are on the shelves at the right time is a
complex process that allows little room for error or delay. Any additional
stresses (e.g. seasonal lines, weather-related changes in demand, illness,
holidays, broken or defective equipment, etc.) can put additional pressure on
the bakery teams which, in turn, can increase waste, e.g. due to rushing to
meet time pressures.
Ideal methods to deal with processing waste and wastewater
The waste from the bakery
industry is generally non-toxic. It can be categorized into solid, liquid, and
gaseous waste. There are high levels of organic pollutants in the liquid phase,
including chemical oxygen demand (COD), BOD5, and fats, oils and greases (FOG)
and SS. Physical, chemical and biological processes usually treat wastewater.
Pre-treatment or primary
treatment is a sequence of physical and chemical processes that both
precondition the wastewater and eliminate some of the waste. Treatment is
usually arranged in the following order: screening, flow equalization and
neutralization, optional separation of FOG, optional acidification,
coagulation-sedimentation, and dissolved flotation of air.
Innovations in waste management
Food wastage is a major problem.
Every year, tons of food is wasted at a value of over £20m. These missing food
products are linked with more than 25 million tons of greenhouse gas emissions,
wasted in homes, hospitality and foodservice, food manufacturing, retail and
wholesale industries.
According to WRAP sustainability
experts, who calculated these estimates for 2015, surplus bread is one of the
food retailers' biggest waste problems. The charity for food waste intervention
claimed that surplus bakery items, including freshly baked lines, accounted for
nearly one-third–or 67,500 tons –of the overall UK food waste from retail.
Using in-store surpluses to make
a delicious new product preserves good food from spoiling and lowers the cost
of waste to the company. Bread is also the second most wasted food in the
household, and countries as a whole, waste about one million loaves every day.
Industry insights
Baker Perkins strengthened its
product offerings by launching equipment to make crunchy granola bars. This
expansion aimed to ramp up production for accurate guillotining of baked granola
bars. Working towards the waste management concept, Baker Perkins launched
TruClean™ Series3 rotary molder in August 2018. The molder can address the
industry’s highest standards of hygiene, cleaning costs, and low maintenance.
The product was primarily launched to bake soft dough biscuits and sandwich
cookies.
Conclusion
The bakery processing equipment market
is fuelled with the help of constant advancements and preventive measures
covered by the industry giants. Huge sums in R&D are invested by equipment
manufacturers to allow bakers to improve operational efficiency and create
application-specific products to meet challenging consumer demands. Bakers are
gravitating towards strategic machinery investments that not only streamline
their activities but also drive business forward for the long haul.
The increased demand for bakery
products, such as bread, pizza crust, and cakes and pastries, is expected to
fuel the market. Rising demand for upgraded equipment would further accelerate
developments in the industry. Manufacturers concentrate on technological
advances in bakery manufacturing equipment to maintain high competition. They
use advanced technologies to create new and effective machinery to attain
market share. Industry experts reached a predictive conclusion keeping into
consideration the perpetual technology upgradations and strategic investments.
Comments
Post a Comment