| Industries |
Energy conservation measures |
Energy- saving equipment |
| Iron & Steel |
Improvement of production processes &
operation technologies, Increasing of continuous
casting ratio, Improvement of recovery rate
of waste heat & converter furnace gas,
Hot charge, Direct feed rolling |
Continuous hot billet casting equipment,
Blast furnace top gas pressure recovery power
plants, Sintered ore waste heat recovery
equipment, Continuous annealing equipment,
Coke dry quenching equipment |
Petrochemicals
(Ethylene) |
Enhancement of waste heat recovery, Rationalization
of processes, Reduction of distillation tower
reflux ratio |
High-performance naphtha cracking equipment,
Heating furnace waste heat recovery equipment,
Cracking byproduct waste heat recovery equipment,
high-efficiency compressors |
| Cement |
NSP conversion, Improvement of material mills/finishing
mills, Recovery and reuse of exhaust heat,
Combustion control |
SN/NSP kilns, Vertical mills, Medium to low
temperature waste heat utilization power
generation systems |
| Paper & Pulp |
Continuation of production processes, Recovery
and reuse of waste heat, More efficient production
processes, Increased use of recycled paper,
Improvement of operation management |
Pre-permeation type continuous cooking equipment,
High-performance pulp washing equipment,
High-performance sizing press equipment,
Falling film type vacuum evaporators |
| Dye finishing |
Thoroughgoing implementation of maintenance
and control, Recovery and reuse of hot waste
water/heat, Introduction of dyeing machines
of lower bath ratio, Improvement of processing
conditions |
Jet dyeing machines, Washing liquid low adding
equipment, Counterflow type washing equipment,
Waste liquid heat exchangers |
| Sheet glass |
Reinforcement of heat insulation, Improvement
of furnace seal, Improvement of heat storage
efficiency, Recovery of waste heat |
Waste heat boiler equipment |
