 | Optimisation
of pruning cycle |  |
| Streamlining
of nursery practices |
| Integrated
shear harvesting |
| Mechanical
grafting |
| Mechanical
pruning |
| Technique
of grafting |
| Rationalisation
of fertilizer application |
| Programme
plucking | |
| Rejuvenation
Pruning and inter-planting | |
| Sprinkler
Irrigation | |
| Irrigation
based on soil moisture deficit method | |
| Pump
drainage | |
| Special
agronomy and management packages for low yielding estates | |
| Production
Agronomy Trials | |
| New
schedule for Blister Blight | |
| New
schedule for weed control | |
| Micropropagation
of tea, coffee, cardamom, E.grandis, A.chinensis | |
| Production
of Tricoderma for pepper wilt | |
| Multi
residue method for pesticides | |
| Package
of Agronomic practices for E.grandis | |
| Mechanical
felling of fuel trees | |
| Mechanical
weeding in energy plantations | |
| Waste
heat recovery units | |
| Process
controls | |
| Nitrogen
/ Vacuum Flushing | |
| | | |
packaging
operations. The comprehensiveness of the R&D programme gives the company confidence
to technologically brace itself for developing critical capabilities, and meeting
global challenges head on. As an international business player, it is this adoption
of techniques that allows Tata Tea, to not just gain cost competitiveness but
also, enhance the overall quality of its operations.
