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MTE Consultants Acquires RIZZ Engineering, Strengthening Expertise in Structural Design and Precast Concrete

Jungbunlauer Food Processing Plant
Industrial & Manufacturing

Jungbunlauer Food Processing Plant

Key personnel

Boris Milman, M.Sc., P.Eng.

Project overview

Jungbunzlauer, a global producer of biodegradable products derived from renewable raw materials, operates a food processing facility in Port Colborne, Ontario. In response to increasing global demand, the company undertook a major expansion of its site, including the construction of a new power plant designed to enhance energy capacity and operational efficiency.

MTE's Involvement

MTE was proud to support this expansion by providing civil and structural engineering services throughout the design and construction of the 735 m² power plant. The purpose-built, single-storey facility was designed to house three gas-powered generators, delivering a combined power output of 13.2 MW. The structure features multi-height roofs reaching up to 7.3 metres and was constructed using structural steel to accommodate the building’s industrial function.

Our structural engineering team designed the building to support significant loads, including three 1-ton overhead cranes and more than 70,000 kg of rooftop mechanical equipment. We also engineered the superstructure to support vertical exhaust stacks extending 10 metres above the roofline.

Future scalability was a key consideration throughout the design. The building and site layout were strategically planned to accommodate potential future expansions. Given the plant’s proximity to a residential area, MTE worked in collaboration with an acoustics consultant who performed a detailed noise impact study. Based on their findings, we incorporated specialized acoustic insulation within the walls and roofing to mitigate noise and ensure compliance with local regulations.

In addition to structural responsibilities, MTE provided architectural oversight to ensure the new facility integrated well with the existing plant and its surrounding environment. Our civil engineering team also completed the site grading and drainage design, promoting efficient water management and ensuring seamless integration with the broader site infrastructure.