Please view our extensive case study catalog to learn how Trotter can help you solve your engineering needs.
Eliminate labor-intensive pit cleaning and reduce energy costs with a high-efficiency railcar unloading system. This low-profile pneumatic solution enables faster car spotting and utilizes a single blower for both aeration and conveying, ensuring reliable, high-capacity cement transfer.
Regain your competitive edge by offering boutique cement blends and custom, small-batch orders. This advanced blending solution integrates into existing silo structures to enable precise, truckload-sized mixing without disrupting large-scale continuous kiln operations.
Save over $50,000 annually by eliminating the hidden costs of abrasive wear and corrosion. Advanced internal coatings and proprietary hardware upgrades extend the life of rotary airlock valves, ensuring consistent production in harsh charcoal processing environments.
Streamline fly ash production by weighing, batching, and blending in a single pneumatic unit. This semi-dense conveying solution simplifies maintenance and ensures continuous operation with simultaneous dual-conveyor processing.
Ring and flash dryers handle fine and heat-sensitive materials with short residence time, enabling high-capacity drying and energy-efficient operation in industrial processes.
Indirect steam tube bundle dryer improves drying efficiency, reduces emissions, and enables high-capacity evaporation with energy recovery up to 90%.
Industrial vacuum systems capture dust and debris at the source, supporting cleaner operations, product quality, and safer working environments.
Optimize soy flake and meal processing. A Mega Mill and M-Series Fine Grinder solve challenges with fatty soy meal maintenance and high-fiber flake shearing.
Seed cleaning and sizing systems separate fines and splits from grains using gyratory screening, improving product quality, increasing throughput, and reducing operating costs.
Screening systems for recyclable materials separate fines, metals, and plastics, improving recovery rates, reducing waste, and increasing efficiency in high-volume recycling operations.
Dust collector replacement after kiln explosion restores lime production with rapid fabrication, improved access design, and minimized downtime.
Wet scrubbers remove hazardous gases and particulate by contacting contaminated air with liquid, enabling high removal efficiency for soluble pollutants and industrial emissions.
Oxidizer energy recovery strategies reduce fuel consumption and operating costs by optimizing heat recovery, VOC loading, and combustion efficiency over time.
Continuous processing hydrates, emulsifies, and texturizes plant proteins, improving consistency and efficiency in meat analog production with integrated thermal processing.
Continuous hybrid reactors improve chemical reaction efficiency, enabling polymerization, drying, and solvent removal with high heat transfer and reduced footprint.
Clogged vibratory separators cut yield and drove up maintenance at a major activated carbon plant. See how the easy screen change unit cut maintenance time 50% and boosted throughput.
Industrial ductwork systems enable precise transport of air, dust, and fumes, supporting efficient emission control and regulatory compliance in processing facilities.
Sticky molding sand causes bin hangups and ratholing, reducing mold quality and throughput until vibration-based discharge restores consistent flow.
Continuous processing technology combines liquids and solids in a single operation, supporting efficient mixing, ingredient integration, and high-volume manufacturing.
Learn how paint booth airflow concentrators and regenerative thermal oxidizers reduce
VOC emissions, lower fuel costs, and minimize greenhouse gas footprints.
Continuous processing removes moisture from fermentation byproducts to produce stable powdered extracts, enabling controlled drying and material preservation.
