Bold: A Lancashire Legacy

Bold, a locality nestled within the historic county of Lancashire, carries a narrative deeply intertwined with its ancestral land and a significant industrial past. Once the sprawling estate of the Bolde family, whose presence predates the Norman Conquest, Bold has witnessed centuries of change, from aristocratic ownership to the rise and fall of heavy industry. This article delves into the fascinating story of Bold, exploring its origins, its industrial heart, and its transformation into the present day.

The Ancient Seat of the Bolde Family

The very essence of Bold is rooted in the Bold Hall estate, a formidable presence in the region for generations. In 1848, the estate encompassed a staggering nearly 7,000 acres, a testament to the enduring legacy of the Bolde family. This ancient lineage settled in the area long before the arrival of William the Conqueror, establishing a deep connection to the land that would last for hundreds of years. The family's stewardship of the estate was a defining characteristic of Bold's early history. However, the lineage took a significant turn in 1762 with the passing of Peter Bold MP. His death, leaving no male heir but three daughters, marked the beginning of the estate's transition away from direct family control. The eventual dispersal of the land saw Bold Hall and its remaining 1,500 acres sold in 1893 to a syndicate of colliery proprietors, signaling a new era for the area.

The Industrial Powerhouse: Bold Colliery and Power Stations

The landscape of Bold was dramatically reshaped by the advent of heavy industry, most notably with the establishment of Bold Colliery and the adjacent Bold A and B Power Stations. These facilities became the industrial heartbeat of the region, with the power stations boasting a combined electricity generating capacity of 300 megawatts (MW). Upon their completion between 1958 and 1960, they stood as the largest such generating facilities in the North West of England, a significant achievement at the time. The colliery, a deep-mined operation, provided the essential fuel for these colossal powerhouses. The intricate relationship between the colliery and the power stations was evident in the direct coal conveyor belt link from a washery at the colliery, feeding directly into coal bunkers at both stations or to a dedicated stocking area. The extensive rail sidings were crucial for coal delivery, receiving supplies both from Bold Colliery itself and from other collieries via the main Liverpool to Manchester Lines. However, the deep-mined nature of Bold Colliery's coal made its recovery increasingly costly. In later years, driven by commercial considerations, the primary coal supply shifted, with deliveries increasingly made by road from collieries in Yorkshire and Scotland.

Bold A Power Station: A Closer Look

The 'A' power station was a substantial contributor to the national grid, with an installed capacity of 120 MW. Its operational core consisted of four 30 MW two-cylinder turbines/alternators, products of renowned manufacturers Metropolitan-Vickers and Associated Electrical Industries (AEI). A notable technological advancement was the installation of the first direct water-cooled alternator in No.3 M/C, a pioneering step in power generation technology. The steam required to drive these turbines was supplied by four Yarrow & Co. coal-fired boilers. These boilers featured tangentially fired tilting pulverized fuel burners and were equipped with three type LM13 table mills manufactured by ICL of Derby, showcasing a sophisticated approach to fuel combustion and steam generation.

Bold B Power Station: A More Powerful Endeavour

The 'B' power station represented an increase in generating capacity, installed with three 60 MW machines, bringing its total capacity to 180 MW. This station implemented a central unit control system, a more integrated approach to managing its operations. The turbine/hydrogen-cooled alternators were manufactured by the General Electric Company (GEC). Mirroring the innovation at the 'A' station, the No.3 alternator at 'B' was also a prototype direct water-cooled machine, with coolant water fed via glass tubes on the three-phase connections. Each unit within the 'B' station was equipped with boilers manufactured by John Thompson of Wolverhampton. These boilers utilized two suction ball mills each, with two exhausters, feeding a total of twelve front wall pulverized fuel burners. The boilers delivered steam at a pressure of 900 psi and a temperature of 900 degrees Fahrenheit directly to each turbine/alternator, demonstrating the advanced engineering employed in these facilities.

Transformation and Legacy

The industrial era in Bold, while a period of significant economic activity, eventually drew to a close. Both the colliery and the power stations have since ceased operations. The sites, once humming with industrial might, have undergone significant redevelopment. The former power station site has been transformed, offering new housing and the creation of valuable public open spaces, breathing new life into the area. Other industrial activities, such as a large engineering works, have also been re-purposed, now functioning as an industrial estate, continuing to provide employment and economic opportunities in a modern context. The legacy of Bold is therefore a multifaceted one, encompassing its deep historical roots, its impactful industrial chapter, and its ongoing evolution into a contemporary community.

Key Developments in Bold's History

Frequently Asked Questions about Bold

Q1: Where is Bold located?
Bold is located within the boundaries of the historic county of Lancashire in England.

Q2: Who originally owned the land in Bold?
The land was originally the estate of the ancient Bolde family, who settled there before the Norman Conquest.

Q3: What was the main industry in Bold during the 20th century?
The main industries were Bold Colliery and the adjacent Bold A and B Power Stations.

Q4: What is the current status of the Bold Power Stations?
The power stations are now closed and the site has been redeveloped for housing and public open spaces.

Q5: What was special about the alternators at Bold A and B Power Stations?
No.3 M/C at Bold A and No.3 alternator at Bold B were prototype direct water-cooled machines, representing significant technological advancements.

Q6: How was coal supplied to the power stations?
Initially, coal was supplied via a direct conveyor belt from Bold Colliery. Later, due to cost, the supply shifted to road deliveries from other regions.

Q7: What is the current use of the former engineering works in Bold?
The former engineering works is now an industrial estate.

Bold's narrative is a compelling example of how places evolve, shaped by the families who first settled them, the industries that defined their growth, and the modern vision that re-imagines their future. From its ancient roots to its industrial might and subsequent regeneration, Bold in Lancashire offers a rich tapestry of history and development.