See how casting bitumen into irregular solid bricks with buoyant skeletons eliminates diluent u
See how irregular solid bitumen bricks with polymer skeletons enable transport without diluents
See how a concave lid with embedded radiant heating melts irregular bitumen bricks into viscous
See how irregular solid bitumen formations eliminate pipeline diluents, reduce surface contact
See how an embossed metal screen fuel support retains small chipped wood charcoal pieces while
See how converting bitumen into irregular solid bricks eliminates diluent pipelines, cuts carbo
See how casting bitumen into irregular solid bricks with polymer skeletons eliminates diluent u
See how flavor briquets use limestone as a smoldering agent to control combustion temperature a
See how inverting ignition direction with layered fuel stacking achieves zero-smoke coal combus
See how a stainless alloy briquette with a smooth nonporous surface allows grease to flow freel
See how a heated-lid receiver melts solid bitumen bricks on arrival, eliminating diluents and p
See how a flammable tube with air passages and internal support holds charcoal for mess-free ig
See how a cardboard chimney ignition structure eliminates igniting fluids, preventing food cont
See how a combustible two-chamber housing ignites charcoal using clean-burning solid fuel, elim
A compact pump-heater-regulator layout delivers single-phase water up to 450°C and 5000 psig without boiler infrastructure or overpressure risk.
A removable combustible chimney insert ignites charcoal with a match and airflow, avoiding lighter-fluid fumes and pollution.
A dual-chimney charcoal package uses an ignition ring and air flues to deliver uniform burning without lighting fluid, reducing fumes and food contamination.
A high C/H soluble additive turns low-emission paraffinic heating fuel flames yellow, preventing false shutdowns in conventional detectors.
Agglomerating lignin with a cured thermoset resin prevents melting, swelling, and dust during heat treatment for battery carbon production.
Real-time biomass composition sensing adjusts steam cracking conditions to process heterogeneous feedstock with consistent biofuel quality.
Solid bitumen pellets use viscosity-raising additives and optional shells to enable safer bulk transport without diluents, reducing cost and contamination.
Supercritical CO2 drying and pyrolysis turn lignite pellets into stable dried coal or char with lower moisture uptake, less self-ignition risk, and better gasification feed.
A starch gel carrier distributes soluble sulfur-fixing agents evenly on coal particles to reduce coking and improve combustion desulfurization.
A PVA-siliconate binder system forms briquettes that resist moisture, stay intact in transport, and reduce blast furnace losses.
Cold-pressed DRI fines with binder and charcoal create a reusable agglomerate for BF, BOF, and EAF routes while cutting waste and emissions.