Dairy producer shows food manufacturers how waste-to-energy innovation achieves environmental, production benefits

March 13, 2018
System is a key component of an integrated wastewater treatment line that is achieving 99 percent removal of organic waste material from high strength dairy production wastewater.
VERNON, NY -- One of the largest dairy production operations in the US is achieving outstanding environmental performance from a Global Water & Energy, a member of the Global Water Engineering (GWE) Group of Companies, FLOTAMET™ anaerobic digestion plant that removes pollution from wastewater and transforms it into green energy to fuel boilers.

The FLOTAMET™-M system installed at HP Hood’s Vernon NY plant is a key component of an integrated wastewater treatment line installed by Global Water & Energy, that is achieving 99 percent removal of organic waste material from high strength dairy production wastewater.

The WasteWater Treatment Plant installed at HP Vernon replaced an older treatment plant in order to achieve outstanding discharge qualities to local municipal treatment facilities, as well as to provide optimum treatment of high-strength waste from another HP Hood Plant at Oneida, NY.

Removal of this outstanding percentage of the wastewater’s Chemical Oxygen Demand (COD) load means wastewater effluent leaving the plant is of such high quality that it dramatically reduces the impact of the HP Hood facility on the Town’s small municipal treatment plant, which receives the treated effluent, significantly improving their operation.

“And the technology is a double winner because not only does HP Hood’s Vernon plant achieve some of the best COD removal levels achieved globally, but also the biogas produced (primarily methane) saves the plant money by replacing natural gas previously purchased to fuel the plant’s boilers. As in most food and beverage plants, that fuel is an important part of production processes and a major expense,” says Global Water & Energy Vice President, Mr. Ian Page, whose company is a subsidiary of GWE.

The available footprint for construction of the new wastewater treatment facilities was also very restrictive. However, the Global Water & Energy system was able to fit in the available space and integrate well with the existing facilities, unlike other technologies HP Hood had investigated.

GWE, headed by Chairman and CEO Mr. Jean-Pierre Ombregt, has successfully built and commissioned over 200 biogas utilization plants for clients worldwide over the past 15 years. Such plants produce green energy from pollution present in wastewater, using high-performance anaerobic bacteria to digest the dissolved and suspended organic matter, which is converted into biogas, a mixture of methane and carbon dioxide.

HP Hood’s Mt Vernon plant – with a capacity of 1,052.3 m3/d (278,000gpd) wastewater and 24,765 kg/d (54,600 lb/d) COD – is one of the latest and most efficient GWE plants, featuring FLOTAMET™ technology that is particularly suitable for wastewaters rich in fat, oil and grease (FOG) and Total Suspended Solids (TSS). Such technology is suitable for wide range of industries, including dairy production; meat, fish and food processing; biodiesel production and for any industry with a high strength waste stream.

“The FLOTAMET system, for which no pre-treatment is required, offers reliable operation and superior removal efficiencies, leading to increased biogas production and improved effluent quality,” says Mr. Page. In the HP Vernon application, it has demonstrated these qualities in service for more than a year, achieving:

• > 99% COD removal across the entire process (including anaerobic and aerobic polishing)

• > 96% COD removal in the FLOTAMET™ system. GWE’s ANAMIX™ reactor, the core process in the FLOTAMET system, achieves superior mixing of influent with anaerobic digestion biomass by means of a top entry agitator that ensures that the influent is in constant contact with the biomass that consumes and converts waste material to biogas.

• Reliable handling of wastewater elements that may trouble conventional waste water technologies, including elements such as spoiled products (slops), as well as significant fats, oils, grease (FOG)

Produced under the market signature “Always Good, Always Hood,” HP Hood LLC is one of the largest and most experienced aseptic production and extended-shelf-life (ESL) beverage processors in the United States. Using state-of-the-art, ultra-high-temperature (refrigerated and aseptic) manufacturing, with current and emerging packaging technologies, Hood provides a variety of branded, licensed, and private label products including fluid dairy, citrus, cultured foods, frozen desserts, extended-shelf-life dairy and non-dairy beverages.

Mr. Page says the new wastewater treatment plant provides an example to food and beverage manufacturers globally of how an outstanding corporate citizen can help protect the local environment and community water resources while also reducing the cost of their own operations and their dependence on fossil-based fuels.

Sponsored Recommendations

NFPA 70B a Step-by-Step Guide to Compliance

NFPA 70B: A Step-by-Step Guide to Compliance

How digital twins drive more environmentally conscious medium- and low-voltage equipment design

Medium- and low voltage equipment specifiers can adopt digital twin technology to adopt a circular economy approach for sustainable, low-carbon equipment design.

MV equipment sustainability depends on environmentally conscious design values

Medium- and low voltage equipment manufacturers can prepare for environmental regulations now by using innovative MV switchgear design that eliminates SF6 use.

Social Distancing from your electrical equipment?

Using digital tools and apps for nearby monitoring and control increases safety and reduces arc flash hazards since electrical equipment can be operated from a safer distance....