NBW News

2005 marks the 70th Anniversary for NBW, Inc being in business. We would like to thank all our customers for their continued patronage. It is because of our customers that we continue to grow and lead the industry in our area.

We have recently completed several exciting projects

  • Installation of two 35,000 lbs/hr boilers and one 200 hp boiler at a state facility.
  • Installation of a 250,000 lbs/hr Babcock & Wilcox boiler in Jamaica. This was the largest shop assembled boiler built by B&W.
  • Retrofit Low NOx components in six pulverized coal burners on the Ohio River.
  • Burner piping and component upgrades on an 80,000 lbs/hr boiler burning fatty acid fuel.
  • Cooling tower and chiller installation at a power generating facility.
  • 200,000 lbs/hr boiler sale to a refinery on the Ohio River.
  • 185,000 lbs/hr boiler and low NOx burner sale to large grain processing plant.
  • Installation of 65,000 lbs/hr boiler at a major pharmaceutical plant.
  • Deaerator head replacement at an animal nutritional plant in Central Ohio.
  • Pressure vessel modifications at a power generating facility in Michigan.

Current projects include a complete stoker rebuild at a prominent University, several Ohio Special boiler installations throughout the state, a new piping distribution network at a steel mill, and silo repairs and modifications at a building materials manufacturer. Additionally, our fleet of Ohio Special Mobile Boiler Rooms is currently 95% rented.

We have added two new individuals to our staff to better and more effectively serve our customers. We are happy to welcome Dick Mlasofsky and Skip Scarpelli on board. Dick Mlasofsky is helping us maintain our presence in Central Ohio and brings many years of experience to our company. Skip spent several years in the field as a Project Superintendent for us and is currently developing customers along the Ohio River Valley.

Industries we serve

  • Chemical
  • Petroleum
  • Rubber/tire
  • Steel
  • Hospitals
  • Universities
  • Food
  • Pulp & Paper
  • Power Generation