UK High Commissioner to inaugurate new building of the Consulate Bradford

News Image

MG News | August 16, 2017 at 05:53 PM GMT+05:00

Syed Ibne Abbas, Pakistan High Commissioner to the UK, will inaugurate new building of the Consulate of Pakistan at Bradford today.

The new building has been rented to provide better Consular Services to the community. The building is on the ground floor and is equipped with all modern facilities. After receiving the feedback from the community in Bradford about the inadequacies in the previous building, the High Commissioner decided to acquire a purpose made new building with all the requisite facilities. The address of the building is: Bradford Business Park, Unit 1&3 Kings Gate, BD1 4SJ.

During his two-day visit, the High Commissioner will meet the community as a part of the High Commission’s outreach programme aimed to connect with the community, get to know their issues and address them on priority.

The High Commissioner will also meet with the Lord Mayor of Bradford, Leader of the Council and Councilors. Interaction with media is also in his schedule.

To explore the new avenues for enhancing Pakistan’s trade with the Bradford region is also on the agenda. In this regard, the High Commissioner is scheduled to meet with CEOs of top businesses of Bradford.

Any community organizations/youth organizations, desirous of meeting with the High Commissioner can contact the Consul General Bradford.

Related News

Name Price/Vol %Chg/NChg
Symbol Bid/Ask High/Low
Name Last High/Low Chg/%Chg

Chart of the Day


Latest News
September 17, 2026 at 09:22 AM GMT+05:00

Asia markets mixed after Fed delivers first rate hike in 3 years


September 17, 2026 at 09:09 AM GMT+05:00

NBP issues foreign exchange rates


September 17, 2026 at 08:14 AM GMT+05:00

MG Morning Breeze: Updates to Skim before Market


September 16, 2026 at 11:44 PM GMT+05:00

Petrol price jumps Rs6.88, diesel Rs5.62 from Sept 17



Top 5 things to watch in this week

Pakistan Stock Movers
Name Last Chg/%Chg
Name Last Chg/%Chg