Claris Lifesciences Ltd., a leading pharmaceutical manufacturing company in the country, with its headquarters in Ahmedabad, commissioned HCP to design approximately 16,000 sq. m. of production facilities for them at Changodar.
The buildings included a main plant building, a utility block, administrative areas and an animal house. The complex features sophisticated utility services, including loading/unloading bays, a canteen and an effluent treatment plant, with scope for future expansion. Facilities in the main plant building include prefabricated clean rooms for actual production facilities; pre- and post-sterilization areas; storage, packing and goods areas; a weighbridge; a boiler room; RO and DM plant; softening plant; substation, dockyards, FO-HSD tank farm; an administrative building, and a canteen.
A key technological innovation has been to integrate services and utilities into the structural depth of roof spans to reduce their height and make construction more efficient.
Location: Ahmedabad
Start Year: 2005
End Year: 2009
Client: Claris Lifesciences Ltd.
Builtup Area: 1,14,000 sq.m.
Claris Lifesciences Ltd., a leading pharmaceutical manufacturing company in the country, with its headquarters in Ahmedabad, commissioned HCP to design approximately 16,000 sq. m. of production facilities for them at Changodar.
The buildings included a main plant building, a utility block, administrative areas and an animal house. The complex features sophisticated utility services, including loading/unloading bays, a canteen and an effluent treatment plant, with scope for future expansion. Facilities in the main plant building include prefabricated clean rooms for actual production facilities; pre- and post-sterilization areas; storage, packing and goods areas; a weighbridge; a boiler room; RO and DM plant; softening plant; substation, dockyards, FO-HSD tank farm; an administrative building, and a canteen.
A key technological innovation has been to integrate services and utilities into the structural depth of roof spans to reduce their height and make construction more efficient.