Conventional simple bitumen storage tanks frequently suffer from bitumen splashing, overflow and hot material spattering during feeding and discharging, creating multiple troubles including material loss, labor-intensive site cleaning and prominent safety hazards. Outdated tanks adopt straight-punch inlet designs; replenished bitumen rushes into the tank at high speed and violently impacts the static liquid surface, triggering large-scale material surging and spattering. Hot bitumen drips and flows down tank mouths and outer walls. Discharge structures lack flow rate control with unstable conveying pressure, leading to sudden material surges and dripping splashes at discharge outlets. Hot splashed bitumen adheres to tank surfaces, ground and operating platforms and hardens into solid clots after cooling, requiring extensive manual labor and special tools for post-work cleaning and drastically increasing on-site sanitation workloads. Hot viscous splashed bitumen poses severe scald risks upon skin contact, representing a critical operational safety hazard. Frequent splashing also creates continuous bitumen loss that accumulates into substantial material cost waste over long-term use, with far more severe waste under high-volume feeding and discharging cycles.
Our Bitumen Heating And Storage Tank eliminates splashing and overflow at the structural root by redesigning the complete feeding and discharging system and integrating multi-layer anti-splash and anti-overflow shielding. Zero bitumen spattering or overflow occurs under standardized operating procedures. The feeding section adds dedicated gentle diversion channels that evenly buffer material inflow speed. Bitumen flows slowly down the inner tank wall toward the base without high-speed impact against the liquid surface that causes surging and splashing, even during rapid large-volume single replenishment, keeping the liquid surface consistently calm. The discharge structure incorporates balanced pressure control design to maintain uniform stable outflow speed free of sudden pressure spikes triggering surging dripping. Discharged bitumen flows fully into matched downstream equipment without outward spattering or dripping.
Beyond diversion-based feeding and discharging structures, internal anti-overflow limit shielding offers secondary protection against operator oversight and overfilling. Once bitumen inside Bitumen Heating And Storage Tank reaches the safe maximum volume threshold, the structure prevents material overflowing out of tank openings, forming dual structural safeguards against spillage. The liquid surface remains calm and steady without churning or surging under all operational modes, including constant-temperature heating, static material storage, batch feeding and continuous discharging, entirely removing the basic conditions for splashing. Splashing-free operation directly eliminates unnecessary bitumen waste and delivers substantial raw material cost savings over frequent high-volume feeding and discharging cycles. Tank outer surfaces and surrounding operation grounds stay clear of thick solid bitumen clots, cutting routine cleaning frequency and reducing labor hours and sanitation consumable expenses.
Most importantly, it completely eliminates scald safety hazards from hot bitumen splashing. Operators conducting feeding, discharging and tank patrol inspections no longer need constant vigilance against splashing burns, drastically lifting on-site operational safety standards. Whether performing small-batch intermittent daily replenishment, non-stop round-the-clock feeding and discharging at mixing plants, or single-time large-volume bitumen filling at remote field yards, Bitumen Heating And Storage Tank maintains steady splashing-free operation. It adapts to construction sites with strict standards for site tidiness and operational safety, resolving a full range of splashing-related troubles including extra cleaning work, material waste and safety risks common to outdated tank models, and delivering efficient bitumen storage operation alongside a clean, secure working environment.
