LFG Wellhead Treatment

Application

MV Technologies LFG Wellhead Specific Treatment system is a highly cost-effective way to attack H2S challenges created by a few specific wells. When only a few wells are generating enough H2S to create consolidated gas stream concentration issues, it may be more cost-effective to treat those wells on an individual basis than install a treatment system for the entire gas stream. Or, even if a consolidated treatment system is determined as the correct solution, specific wellhead treatment can provide immediate impact (deployed in a few weeks) while a larger system is being designed, procured and installed.

Design

h2s-spot-removal-wellheads Max flow rate: 100 cfm MV Technologies LFG Wellhead Specific Treatment system allows you to be immediately responsive in emissions management.

  • 4" NPT inlet and outlet
  • Carbon steel shell with coal tar epoxy liner
  • Fully removable lid
  • 750 lbs. sulfur removal per media charge
  • Once connected – H2S concentration is immediately reduced!

Technology

MV’s LFG Wellhead Specific Treatment system contains an engineered iron oxide based media. Wellhead treatment utilizing our enhanced media will address: Max flow rate: 100 cfm MV Technologies Wellhead Specific Treatment system allows you to be immediately responsive in emissions management.

  1. Emissions Reductions
  2. Expensive Media Costs
  3. Excessive Operating Expense

Additionally, in any of the above situations, if H2S concentrations are projected to decrease over time—making it difficult to justify capital investment for a centralized system—wellhead specific treatment applications are a ‘no-brainer’ solution for managing emissions in these situations.

Performance/Benefits

MV Technologies LFG Wellhead Specific Treatment System has proven cost and performance advantages over activated carbon.

  • Quickly respond to emissions spikes – can be deployed in just a few weeks
  • Low capital investment
  • Lowest cost per pound of H2S removed compared to activated carbon technology
  • Small footprint – easily integrated
  • Modular – can be moved from one wellhead on to another ‘offending’ wellhead
  • Media is not affected by moisture/condensation