Zero-Pollution Biological Cleaning
Products
Zero-pollution biological cleaning products offer a range of benefits for consumers
and cleaning professionals alike. They are biodegradable and can be made from
renewable resources including citrus sports.morningdispatcher, seed, vegetable, and pine oils. They are also a
great alternative to conventional chemical-based products as they use enzymes
produced by microbes, rather than synthetic chemicals.
Choosing zero-pollution cleaning products is an important step towards reducing air
and water pollution and minimizing the potential impact of ozone depletion on the
environment. Biological cleaning systems use enzymes from bacteria to break down
dirt and stain molecules sports.morningdispatcher.com. These enzymes can be used at low temperatures, allowing
for more efficient use of energy and cost, while helping to minimize detergent waste
and water consumption.
The shift to zero-pollution is driving an increase in the demand for biological
cleaning products worldwide, as it will help businesses meet global environmental
and sustainability standards. This includes the UN Global Compact’s goal of reducing
net carbon emissions by 50% by 2030 and achieving net zero by 2050.
In addition, regulations are coming into effect that will boost the use of
environmentally friendly and sustainable products. These include the Equality and
Human Rights Commission’s pending regulations for the cleaning industry, which
will encourage companies to provide better working conditions and reduce health
and safety risks for operatives.
Another potential area of improvement is bioremediation, whereby bacteria can be
used to clean airborne pollutants. This is particularly applicable to industrial
processes that release toxic fumes, such as gaseous emissions from chimneys. A
bacterial bioscrubber containing replaceable cultures of a variety of micro-organisms
can be used to treat polluted air by stimulating microbial growth, allowing it to
degrade pollutants into a more benign product such as carbon dioxide or water.
Unilever is ring-fencing EUR1 billion for its Clean Future programme to finance
research into CO2 and waste utilisation, and low carbon chemistry – which will drive
the transition away from fossil fuel derived chemicals in its cleaning and laundry
products. This will enable the company to diversify the sources of carbon in its
product formulations through a ‘Carbon Rainbow’, using